This API lets a server admin delete a local group. Doing so will kick all
-users out of the group so that their clients will correctly handle the group
-being deleted.
-This API returns information about reported events.
The above will run a monolithic (single-process) Synapse with SQLite as the database. For other configurations, try:
+If you want to format the output of the tests the same way as it looks in CI,
+install gotestfmt.
+If you're curious what the database looks like after you run some tests, here are some steps to get you going in Synapse:
@@ -17211,7 +14565,7 @@ name.
To start a completely new set of servers, run:
./demo/stop.sh; ./demo/clean.sh && ./demo/start.sh
-
+
OpenTracing is a semi-standard being adopted by a number of distributed
tracing platforms. It is a common api for facilitating vendor-agnostic
@@ -17256,8 +14610,9 @@ using docker like so:
https://www.jaegertracing.io/docs/latest/getting-started.
OpenTracing is not enabled by default. It must be enabled in the
-homeserver config by uncommenting the config options under opentracing
-as shown in the sample config. For example:
+homeserver config by adding the opentracing option to your config file. You can find
+documentation about how to do this in the config manual under the header 'Opentracing'.
+See below for an example Opentracing configuration:
opentracing:
enabled: true
homeserver_whitelist:
@@ -17479,6 +14834,181 @@ but one should be used if unsure.
New experimental configuration flags should be added under the experimental
configuration key (see the synapse.config.experimental file) and either explain
(briefly) what is being enabled, or include the MSC number.
+
+This is a quick cheat sheet for developers on how to use poetry.
+
+Synapse uses a variety of third-party Python packages to function as a homeserver.
+Some of these are direct dependencies, listed in pyproject.toml under the
+[tool.poetry.dependencies] section. The rest are transitive dependencies (the
+things that our direct dependencies themselves depend on, and so on recursively.)
+We maintain a locked list of all our dependencies (transitive included) so that
+we can track exactly which version of each dependency appears in a given release.
+See here
+for discussion of why we wanted this for Synapse. We chose to use
+poetry to manage this locked list; see
+this comment
+for the reasoning.
+The locked dependencies get included in our "self-contained" releases: namely,
+our docker images and our debian packages. We also use the locked dependencies
+in development and our continuous integration.
+Separately, our "broad" dependencies—the version ranges specified in
+pyproject.toml—are included as metadata in our "sdists" and "wheels" uploaded
+to PyPI. Installing from PyPI or from
+the Synapse source tree directly will not use the locked dependencies; instead,
+they'll pull in the latest version of each package available at install time.
+
+An example may help. We have a broad dependency on
+phonenumbers, as declared in
+this snippet from pyproject.toml as of Synapse 1.57:
+[tool.poetry.dependencies]
+# ...
+phonenumbers = ">=8.2.0"
+
+In our lockfile this is
+pinned
+to version 8.12.44, even though
+newer versions are available.
+[[package]]
+name = "phonenumbers"
+version = "8.12.44"
+description = "Python version of Google's common library for parsing, formatting, storing and validating international phone numbers."
+category = "main"
+optional = false
+python-versions = "*"
+
+The lockfile also includes a
+cryptographic checksum
+of the sdists and wheels provided for this version of phonenumbers.
+[metadata.files]
+# ...
+phonenumbers = [
+ {file = "phonenumbers-8.12.44-py2.py3-none-any.whl", hash = "sha256:cc1299cf37b309ecab6214297663ab86cb3d64ae37fd5b88e904fe7983a874a6"},
+ {file = "phonenumbers-8.12.44.tar.gz", hash = "sha256:26cfd0257d1704fe2f88caff2caabb70d16a877b1e65b6aae51f9fbbe10aa8ce"},
+]
+
+We can see this pinned version inside the docker image for that release:
+$ docker pull matrixdotorg/synapse:v1.57.0
+...
+$ docker run --entrypoint pip matrixdotorg/synapse:v1.57.0 show phonenumbers
+Name: phonenumbers
+Version: 8.12.44
+Summary: Python version of Google's common library for parsing, formatting, storing and validating international phone numbers.
+Home-page: https://github.com/daviddrysdale/python-phonenumbers
+Author: David Drysdale
+Author-email: dmd@lurklurk.org
+License: Apache License 2.0
+Location: /usr/local/lib/python3.9/site-packages
+Requires:
+Required-by: matrix-synapse
+
+Whereas the wheel metadata just contains the broad dependencies:
+$ cd /tmp
+$ wget https://files.pythonhosted.org/packages/ca/5e/d722d572cc5b3092402b783d6b7185901b444427633bd8a6b00ea0dd41b7/matrix_synapse-1.57.0rc1-py3-none-any.whl
+...
+$ unzip -c matrix_synapse-1.57.0rc1-py3-none-any.whl matrix_synapse-1.57.0rc1.dist-info/METADATA | grep phonenumbers
+Requires-Dist: phonenumbers (>=8.2.0)
+
+
+direnv is a tool for activating environments in your
+shell inside a given directory. Its support for poetry is unofficial (a
+community wiki recipe only), but works solidly in our experience. We thoroughly
+recommend it for daily use. To use it:
+
+- Install
direnv - it's likely
+packaged for your system already.
+- Teach direnv about poetry. The shell config here
+needs to be added to
~/.config/direnv/direnvrc (or more generally $XDG_CONFIG_HOME/direnv/direnvrc).
+- Mark the synapse checkout as a poetry project:
echo layout poetry > .envrc.
+- Convince yourself that you trust this
.envrc configuration and project.
+Then formally confirm this to direnv by running direnv allow.
+
+Then whenever you navigate to the synapse checkout, you should be able to run
+e.g. mypy instead of poetry run mypy; python instead of
+poetry run python; and your shell commands will automatically run in the
+context of poetry's venv, without having to run poetry shell beforehand.
+
+
+poetry install --extras all --remove-untracked
+
+
+Use poetry run cmd args when you need the python virtualenv context.
+To avoid typing poetry run all the time, you can run poetry shell
+to start a new shell in the poetry virtualenv context. Within poetry shell,
+python, pip, mypy, trial, etc. are all run inside the project virtualenv
+and isolated from the rest o the system.
+Roughly speaking, the translation from a traditional virtualenv is:
+
+env/bin/activate -> poetry shell, anddeactivate -> close the terminal (Ctrl-D, exit, etc.)
+See also the direnv recommendation above, which makes poetry run and
+poetry shell unnecessary.
+
+Some suggestions:
+# Current env only
+poetry env info
+# All envs: this allows you to have e.g. a poetry managed venv for Python 3.7,
+# and another for Python 3.10.
+poetry env list --full-path
+poetry run pip list
+
+Note that poetry show describes the abstract lock file rather than your
+on-disk environment. With that said, poetry show --tree can sometimes be
+useful.
+
+Either:
+
+- manually update
pyproject.toml; then poetry lock --no-update; or else
+poetry add packagename. See poetry add --help; note the --dev,
+--extras and --optional flags in particular.
+
+- NB: this specifies the new package with a version given by a "caret bound". This won't get forced to its lowest version in the old deps CI job: see this TODO.
+
+
+Include the updated pyproject.toml and poetry.lock files in your commit.
+
+This is not done often and is untested, but
+poetry remove packagename
+
+ought to do the trick. Alternatively, manually update pyproject.toml and
+poetry lock --no-update. Include the updated pyproject.toml and poetry.lock`
+files in your commit.
+
+Best done by manually editing pyproject.toml, then poetry lock --no-update.
+Include the updated pyproject.toml and poetry.lock in your commit.
+
+Use
+poetry update packagename
+
+to use the latest version of packagename in the locked environment, without
+affecting the broad dependencies listed in the wheel.
+There doesn't seem to be a way to do this whilst locking a specific version of
+packagename. We can workaround this (crudely) as follows:
+poetry add packagename==1.2.3
+# This should update pyproject.lock.
+
+# Now undo the changes to pyproject.toml. For example
+# git restore pyproject.toml
+
+# Get poetry to recompute the content-hash of pyproject.toml without changing
+# the locked package versions.
+poetry lock --no-update
+
+Either way, include the updated poetry.lock file in your commit.
+
+poetry export --extras all
+
+Be wary of bugs in poetry export and pip install -r requirements.txt.
+Note: poetry export will be made a plugin in Poetry 1.2. Additional config may
+be required.
+
+I usually use
+poetry run pip install build && poetry run python -m build
+
+because build is a standardish tool which
+doesn't require poetry. (It's what we use in CI too). However, you could try
+poetry build too.
Sometimes, requests take a long time to service and clients disconnect
before Synapse produces a response. To avoid wasting resources, Synapse
@@ -18742,7 +16272,7 @@ to constantly update their platform dependencies to the latest versions.
-
+
This is the main reason people have a poor matrix experience on resource constrained homeservers. Element web will frequently be saying the server is offline while the python process will be pegged at 100% cpu. This feature is used to tell when other users are active (have a client app in the foreground) and therefore more likely to respond, but requires a lot of network activity to maintain even when nobody is talking in a room.
While synapse does have some performance issues with presence #3971, the fundamental problem is that this is an easy feature to implement for a centralised service at nearly no overhead, but federation makes it combinatorial #8055. There is also a client-side config option which disables the UI and idle tracking enable_presence_by_hs_url to blacklist the largest instances but I didn't notice much difference, so I recommend disabling the feature entirely at the server level as well.
diff --git a/latest/replication.html b/latest/replication.html
index 39fc174945..6b40e3e4ff 100644
--- a/latest/replication.html
+++ b/latest/replication.html
@@ -76,7 +76,7 @@
diff --git a/latest/reverse_proxy.html b/latest/reverse_proxy.html
index 0dded5a9d3..172c3e49ac 100644
--- a/latest/reverse_proxy.html
+++ b/latest/reverse_proxy.html
@@ -76,7 +76,7 @@
diff --git a/latest/room_and_user_statistics.html b/latest/room_and_user_statistics.html
index b4fc786f10..914a29ff97 100644
--- a/latest/room_and_user_statistics.html
+++ b/latest/room_and_user_statistics.html
@@ -76,7 +76,7 @@
diff --git a/latest/sample_config.yaml b/latest/sample_config.yaml
index 56a25c534f..6578ec0229 100644
--- a/latest/sample_config.yaml
+++ b/latest/sample_config.yaml
@@ -1,27 +1,13 @@
# This file is maintained as an up-to-date snapshot of the default
-# homeserver.yaml configuration generated by Synapse.
-#
-# It is intended to act as a reference for the default configuration,
-# helping admins keep track of new options and other changes, and compare
-# their configs with the current default. As such, many of the actual
-# config values shown are placeholders.
+# homeserver.yaml configuration generated by Synapse. You can find a
+# complete accounting of possible configuration options at
+# https://matrix-org.github.io/synapse/latest/usage/configuration/config_documentation.html
#
# It is *not* intended to be copied and used as the basis for a real
# homeserver.yaml. Instead, if you are starting from scratch, please generate
# a fresh config using Synapse by following the instructions in
# https://matrix-org.github.io/synapse/latest/setup/installation.html.
-
-# Configuration options that take a time period can be set using a number
-# followed by a letter. Letters have the following meanings:
-# s = second
-# m = minute
-# h = hour
-# d = day
-# w = week
-# y = year
-# For example, setting redaction_retention_period: 5m would remove redacted
-# messages from the database after 5 minutes, rather than 5 months.
-
+#
################################################################################
# Configuration file for Synapse.
@@ -31,2825 +17,27 @@
# should have the same indentation.
#
# [1] https://docs.ansible.com/ansible/latest/reference_appendices/YAMLSyntax.html
-
-
-## Modules ##
-
-# Server admins can expand Synapse's functionality with external modules.
-#
-# See https://matrix-org.github.io/synapse/latest/modules/index.html for more
-# documentation on how to configure or create custom modules for Synapse.
-#
-modules:
- #- module: my_super_module.MySuperClass
- # config:
- # do_thing: true
- #- module: my_other_super_module.SomeClass
- # config: {}
-
-
-## Server ##
-
-# The public-facing domain of the server
-#
-# The server_name name will appear at the end of usernames and room addresses
-# created on this server. For example if the server_name was example.com,
-# usernames on this server would be in the format @user:example.com
-#
-# In most cases you should avoid using a matrix specific subdomain such as
-# matrix.example.com or synapse.example.com as the server_name for the same
-# reasons you wouldn't use user@email.example.com as your email address.
-# See https://matrix-org.github.io/synapse/latest/delegate.html
-# for information on how to host Synapse on a subdomain while preserving
-# a clean server_name.
-#
-# The server_name cannot be changed later so it is important to
-# configure this correctly before you start Synapse. It should be all
-# lowercase and may contain an explicit port.
-# Examples: matrix.org, localhost:8080
#
+# For more information on how to configure Synapse, including a complete accounting of
+# each option, go to docs/usage/configuration/config_documentation.md or
+# https://matrix-org.github.io/synapse/latest/usage/configuration/config_documentation.html
server_name: "SERVERNAME"
-
-# When running as a daemon, the file to store the pid in
-#
pid_file: DATADIR/homeserver.pid
-
-# The absolute URL to the web client which / will redirect to.
-#
-#web_client_location: https://riot.example.com/
-
-# The public-facing base URL that clients use to access this Homeserver (not
-# including _matrix/...). This is the same URL a user might enter into the
-# 'Custom Homeserver URL' field on their client. If you use Synapse with a
-# reverse proxy, this should be the URL to reach Synapse via the proxy.
-# Otherwise, it should be the URL to reach Synapse's client HTTP listener (see
-# 'listeners' below).
-#
-# Defaults to 'https:///'.
-#
-#public_baseurl: https://example.com/
-
-# Uncomment the following to tell other servers to send federation traffic on
-# port 443.
-#
-# By default, other servers will try to reach our server on port 8448, which can
-# be inconvenient in some environments.
-#
-# Provided 'https:///' on port 443 is routed to Synapse, this
-# option configures Synapse to serve a file at
-# 'https:///.well-known/matrix/server'. This will tell other
-# servers to send traffic to port 443 instead.
-#
-# See https://matrix-org.github.io/synapse/latest/delegate.html for more
-# information.
-#
-# Defaults to 'false'.
-#
-#serve_server_wellknown: true
-
-# Set the soft limit on the number of file descriptors synapse can use
-# Zero is used to indicate synapse should set the soft limit to the
-# hard limit.
-#
-#soft_file_limit: 0
-
-# Presence tracking allows users to see the state (e.g online/offline)
-# of other local and remote users.
-#
-presence:
- # Uncomment to disable presence tracking on this homeserver. This option
- # replaces the previous top-level 'use_presence' option.
- #
- #enabled: false
-
-# Whether to require authentication to retrieve profile data (avatars,
-# display names) of other users through the client API. Defaults to
-# 'false'. Note that profile data is also available via the federation
-# API, unless allow_profile_lookup_over_federation is set to false.
-#
-#require_auth_for_profile_requests: true
-
-# Uncomment to require a user to share a room with another user in order
-# to retrieve their profile information. Only checked on Client-Server
-# requests. Profile requests from other servers should be checked by the
-# requesting server. Defaults to 'false'.
-#
-#limit_profile_requests_to_users_who_share_rooms: true
-
-# Uncomment to prevent a user's profile data from being retrieved and
-# displayed in a room until they have joined it. By default, a user's
-# profile data is included in an invite event, regardless of the values
-# of the above two settings, and whether or not the users share a server.
-# Defaults to 'true'.
-#
-#include_profile_data_on_invite: false
-
-# If set to 'true', removes the need for authentication to access the server's
-# public rooms directory through the client API, meaning that anyone can
-# query the room directory. Defaults to 'false'.
-#
-#allow_public_rooms_without_auth: true
-
-# If set to 'true', allows any other homeserver to fetch the server's public
-# rooms directory via federation. Defaults to 'false'.
-#
-#allow_public_rooms_over_federation: true
-
-# The default room version for newly created rooms.
-#
-# Known room versions are listed here:
-# https://spec.matrix.org/latest/rooms/#complete-list-of-room-versions
-#
-# For example, for room version 1, default_room_version should be set
-# to "1".
-#
-#default_room_version: "9"
-
-# The GC threshold parameters to pass to `gc.set_threshold`, if defined
-#
-#gc_thresholds: [700, 10, 10]
-
-# The minimum time in seconds between each GC for a generation, regardless of
-# the GC thresholds. This ensures that we don't do GC too frequently.
-#
-# A value of `[1s, 10s, 30s]` indicates that a second must pass between consecutive
-# generation 0 GCs, etc.
-#
-# Defaults to `[1s, 10s, 30s]`.
-#
-#gc_min_interval: [0.5s, 30s, 1m]
-
-# Set the limit on the returned events in the timeline in the get
-# and sync operations. The default value is 100. -1 means no upper limit.
-#
-# Uncomment the following to increase the limit to 5000.
-#
-#filter_timeline_limit: 5000
-
-# Whether room invites to users on this server should be blocked
-# (except those sent by local server admins). The default is False.
-#
-#block_non_admin_invites: true
-
-# Room searching
-#
-# If disabled, new messages will not be indexed for searching and users
-# will receive errors when searching for messages. Defaults to enabled.
-#
-#enable_search: false
-
-# Prevent outgoing requests from being sent to the following blacklisted IP address
-# CIDR ranges. If this option is not specified then it defaults to private IP
-# address ranges (see the example below).
-#
-# The blacklist applies to the outbound requests for federation, identity servers,
-# push servers, and for checking key validity for third-party invite events.
-#
-# (0.0.0.0 and :: are always blacklisted, whether or not they are explicitly
-# listed here, since they correspond to unroutable addresses.)
-#
-# This option replaces federation_ip_range_blacklist in Synapse v1.25.0.
-#
-# Note: The value is ignored when an HTTP proxy is in use
-#
-#ip_range_blacklist:
-# - '127.0.0.0/8'
-# - '10.0.0.0/8'
-# - '172.16.0.0/12'
-# - '192.168.0.0/16'
-# - '100.64.0.0/10'
-# - '192.0.0.0/24'
-# - '169.254.0.0/16'
-# - '192.88.99.0/24'
-# - '198.18.0.0/15'
-# - '192.0.2.0/24'
-# - '198.51.100.0/24'
-# - '203.0.113.0/24'
-# - '224.0.0.0/4'
-# - '::1/128'
-# - 'fe80::/10'
-# - 'fc00::/7'
-# - '2001:db8::/32'
-# - 'ff00::/8'
-# - 'fec0::/10'
-
-# List of IP address CIDR ranges that should be allowed for federation,
-# identity servers, push servers, and for checking key validity for
-# third-party invite events. This is useful for specifying exceptions to
-# wide-ranging blacklisted target IP ranges - e.g. for communication with
-# a push server only visible in your network.
-#
-# This whitelist overrides ip_range_blacklist and defaults to an empty
-# list.
-#
-#ip_range_whitelist:
-# - '192.168.1.1'
-
-# List of ports that Synapse should listen on, their purpose and their
-# configuration.
-#
-# Options for each listener include:
-#
-# port: the TCP port to bind to
-#
-# bind_addresses: a list of local addresses to listen on. The default is
-# 'all local interfaces'.
-#
-# type: the type of listener. Normally 'http', but other valid options are:
-# 'manhole' (see https://matrix-org.github.io/synapse/latest/manhole.html),
-# 'metrics' (see https://matrix-org.github.io/synapse/latest/metrics-howto.html),
-# 'replication' (see https://matrix-org.github.io/synapse/latest/workers.html).
-#
-# tls: set to true to enable TLS for this listener. Will use the TLS
-# key/cert specified in tls_private_key_path / tls_certificate_path.
-#
-# x_forwarded: Only valid for an 'http' listener. Set to true to use the
-# X-Forwarded-For header as the client IP. Useful when Synapse is
-# behind a reverse-proxy.
-#
-# resources: Only valid for an 'http' listener. A list of resources to host
-# on this port. Options for each resource are:
-#
-# names: a list of names of HTTP resources. See below for a list of
-# valid resource names.
-#
-# compress: set to true to enable HTTP compression for this resource.
-#
-# additional_resources: Only valid for an 'http' listener. A map of
-# additional endpoints which should be loaded via dynamic modules.
-#
-# Valid resource names are:
-#
-# client: the client-server API (/_matrix/client), and the synapse admin
-# API (/_synapse/admin). Also implies 'media' and 'static'.
-#
-# consent: user consent forms (/_matrix/consent).
-# See https://matrix-org.github.io/synapse/latest/consent_tracking.html.
-#
-# federation: the server-server API (/_matrix/federation). Also implies
-# 'media', 'keys', 'openid'
-#
-# keys: the key discovery API (/_matrix/key).
-#
-# media: the media API (/_matrix/media).
-#
-# metrics: the metrics interface.
-# See https://matrix-org.github.io/synapse/latest/metrics-howto.html.
-#
-# openid: OpenID authentication.
-#
-# replication: the HTTP replication API (/_synapse/replication).
-# See https://matrix-org.github.io/synapse/latest/workers.html.
-#
-# static: static resources under synapse/static (/_matrix/static). (Mostly
-# useful for 'fallback authentication'.)
-#
listeners:
- # TLS-enabled listener: for when matrix traffic is sent directly to synapse.
- #
- # Disabled by default. To enable it, uncomment the following. (Note that you
- # will also need to give Synapse a TLS key and certificate: see the TLS section
- # below.)
- #
- #- port: 8448
- # type: http
- # tls: true
- # resources:
- # - names: [client, federation]
-
- # Unsecure HTTP listener: for when matrix traffic passes through a reverse proxy
- # that unwraps TLS.
- #
- # If you plan to use a reverse proxy, please see
- # https://matrix-org.github.io/synapse/latest/reverse_proxy.html.
- #
- port: 8008
tls: false
type: http
x_forwarded: true
bind_addresses: ['::1', '127.0.0.1']
-
resources:
- names: [client, federation]
compress: false
-
- # example additional_resources:
- #
- #additional_resources:
- # "/_matrix/my/custom/endpoint":
- # module: my_module.CustomRequestHandler
- # config: {}
-
- # Turn on the twisted ssh manhole service on localhost on the given
- # port.
- #
- #- port: 9000
- # bind_addresses: ['::1', '127.0.0.1']
- # type: manhole
-
-# Connection settings for the manhole
-#
-manhole_settings:
- # The username for the manhole. This defaults to 'matrix'.
- #
- #username: manhole
-
- # The password for the manhole. This defaults to 'rabbithole'.
- #
- #password: mypassword
-
- # The private and public SSH key pair used to encrypt the manhole traffic.
- # If these are left unset, then hardcoded and non-secret keys are used,
- # which could allow traffic to be intercepted if sent over a public network.
- #
- #ssh_priv_key_path: CONFDIR/id_rsa
- #ssh_pub_key_path: CONFDIR/id_rsa.pub
-
-# Forward extremities can build up in a room due to networking delays between
-# homeservers. Once this happens in a large room, calculation of the state of
-# that room can become quite expensive. To mitigate this, once the number of
-# forward extremities reaches a given threshold, Synapse will send an
-# org.matrix.dummy_event event, which will reduce the forward extremities
-# in the room.
-#
-# This setting defines the threshold (i.e. number of forward extremities in the
-# room) at which dummy events are sent. The default value is 10.
-#
-#dummy_events_threshold: 5
-
-
-## Homeserver blocking ##
-
-# How to reach the server admin, used in ResourceLimitError
-#
-#admin_contact: 'mailto:admin@server.com'
-
-# Global blocking
-#
-#hs_disabled: false
-#hs_disabled_message: 'Human readable reason for why the HS is blocked'
-
-# Monthly Active User Blocking
-#
-# Used in cases where the admin or server owner wants to limit to the
-# number of monthly active users.
-#
-# 'limit_usage_by_mau' disables/enables monthly active user blocking. When
-# enabled and a limit is reached the server returns a 'ResourceLimitError'
-# with error type Codes.RESOURCE_LIMIT_EXCEEDED
-#
-# 'max_mau_value' is the hard limit of monthly active users above which
-# the server will start blocking user actions.
-#
-# 'mau_trial_days' is a means to add a grace period for active users. It
-# means that users must be active for this number of days before they
-# can be considered active and guards against the case where lots of users
-# sign up in a short space of time never to return after their initial
-# session.
-#
-# The option `mau_appservice_trial_days` is similar to `mau_trial_days`, but
-# applies a different trial number if the user was registered by an appservice.
-# A value of 0 means no trial days are applied. Appservices not listed in this
-# dictionary use the value of `mau_trial_days` instead.
-#
-# 'mau_limit_alerting' is a means of limiting client side alerting
-# should the mau limit be reached. This is useful for small instances
-# where the admin has 5 mau seats (say) for 5 specific people and no
-# interest increasing the mau limit further. Defaults to True, which
-# means that alerting is enabled
-#
-#limit_usage_by_mau: false
-#max_mau_value: 50
-#mau_trial_days: 2
-#mau_limit_alerting: false
-#mau_appservice_trial_days:
-# "appservice-id": 1
-
-# If enabled, the metrics for the number of monthly active users will
-# be populated, however no one will be limited. If limit_usage_by_mau
-# is true, this is implied to be true.
-#
-#mau_stats_only: false
-
-# Sometimes the server admin will want to ensure certain accounts are
-# never blocked by mau checking. These accounts are specified here.
-#
-#mau_limit_reserved_threepids:
-# - medium: 'email'
-# address: 'reserved_user@example.com'
-
-# Used by phonehome stats to group together related servers.
-#server_context: context
-
-# Resource-constrained homeserver settings
-#
-# When this is enabled, the room "complexity" will be checked before a user
-# joins a new remote room. If it is above the complexity limit, the server will
-# disallow joining, or will instantly leave.
-#
-# Room complexity is an arbitrary measure based on factors such as the number of
-# users in the room.
-#
-limit_remote_rooms:
- # Uncomment to enable room complexity checking.
- #
- #enabled: true
-
- # the limit above which rooms cannot be joined. The default is 1.0.
- #
- #complexity: 0.5
-
- # override the error which is returned when the room is too complex.
- #
- #complexity_error: "This room is too complex."
-
- # allow server admins to join complex rooms. Default is false.
- #
- #admins_can_join: true
-
-# Whether to require a user to be in the room to add an alias to it.
-# Defaults to 'true'.
-#
-#require_membership_for_aliases: false
-
-# Whether to allow per-room membership profiles through the send of membership
-# events with profile information that differ from the target's global profile.
-# Defaults to 'true'.
-#
-#allow_per_room_profiles: false
-
-# The largest allowed file size for a user avatar. Defaults to no restriction.
-#
-# Note that user avatar changes will not work if this is set without
-# using Synapse's media repository.
-#
-#max_avatar_size: 10M
-
-# The MIME types allowed for user avatars. Defaults to no restriction.
-#
-# Note that user avatar changes will not work if this is set without
-# using Synapse's media repository.
-#
-#allowed_avatar_mimetypes: ["image/png", "image/jpeg", "image/gif"]
-
-# How long to keep redacted events in unredacted form in the database. After
-# this period redacted events get replaced with their redacted form in the DB.
-#
-# Defaults to `7d`. Set to `null` to disable.
-#
-#redaction_retention_period: 28d
-
-# How long to track users' last seen time and IPs in the database.
-#
-# Defaults to `28d`. Set to `null` to disable clearing out of old rows.
-#
-#user_ips_max_age: 14d
-
-# Inhibits the /requestToken endpoints from returning an error that might leak
-# information about whether an e-mail address is in use or not on this
-# homeserver.
-# Note that for some endpoints the error situation is the e-mail already being
-# used, and for others the error is entering the e-mail being unused.
-# If this option is enabled, instead of returning an error, these endpoints will
-# act as if no error happened and return a fake session ID ('sid') to clients.
-#
-#request_token_inhibit_3pid_errors: true
-
-# A list of domains that the domain portion of 'next_link' parameters
-# must match.
-#
-# This parameter is optionally provided by clients while requesting
-# validation of an email or phone number, and maps to a link that
-# users will be automatically redirected to after validation
-# succeeds. Clients can make use this parameter to aid the validation
-# process.
-#
-# The whitelist is applied whether the homeserver or an
-# identity server is handling validation.
-#
-# The default value is no whitelist functionality; all domains are
-# allowed. Setting this value to an empty list will instead disallow
-# all domains.
-#
-#next_link_domain_whitelist: ["matrix.org"]
-
-# Templates to use when generating email or HTML page contents.
-#
-templates:
- # Directory in which Synapse will try to find template files to use to generate
- # email or HTML page contents.
- # If not set, or a file is not found within the template directory, a default
- # template from within the Synapse package will be used.
- #
- # See https://matrix-org.github.io/synapse/latest/templates.html for more
- # information about using custom templates.
- #
- #custom_template_directory: /path/to/custom/templates/
-
-# List of rooms to exclude from sync responses. This is useful for server
-# administrators wishing to group users into a room without these users being able
-# to see it from their client.
-#
-# By default, no room is excluded.
-#
-#exclude_rooms_from_sync:
-# - !foo:example.com
-
-
-# Message retention policy at the server level.
-#
-# Room admins and mods can define a retention period for their rooms using the
-# 'm.room.retention' state event, and server admins can cap this period by setting
-# the 'allowed_lifetime_min' and 'allowed_lifetime_max' config options.
-#
-# If this feature is enabled, Synapse will regularly look for and purge events
-# which are older than the room's maximum retention period. Synapse will also
-# filter events received over federation so that events that should have been
-# purged are ignored and not stored again.
-#
-retention:
- # The message retention policies feature is disabled by default. Uncomment the
- # following line to enable it.
- #
- #enabled: true
-
- # Default retention policy. If set, Synapse will apply it to rooms that lack the
- # 'm.room.retention' state event. Currently, the value of 'min_lifetime' doesn't
- # matter much because Synapse doesn't take it into account yet.
- #
- #default_policy:
- # min_lifetime: 1d
- # max_lifetime: 1y
-
- # Retention policy limits. If set, and the state of a room contains a
- # 'm.room.retention' event in its state which contains a 'min_lifetime' or a
- # 'max_lifetime' that's out of these bounds, Synapse will cap the room's policy
- # to these limits when running purge jobs.
- #
- #allowed_lifetime_min: 1d
- #allowed_lifetime_max: 1y
-
- # Server admins can define the settings of the background jobs purging the
- # events which lifetime has expired under the 'purge_jobs' section.
- #
- # If no configuration is provided, a single job will be set up to delete expired
- # events in every room daily.
- #
- # Each job's configuration defines which range of message lifetimes the job
- # takes care of. For example, if 'shortest_max_lifetime' is '2d' and
- # 'longest_max_lifetime' is '3d', the job will handle purging expired events in
- # rooms whose state defines a 'max_lifetime' that's both higher than 2 days, and
- # lower than or equal to 3 days. Both the minimum and the maximum value of a
- # range are optional, e.g. a job with no 'shortest_max_lifetime' and a
- # 'longest_max_lifetime' of '3d' will handle every room with a retention policy
- # which 'max_lifetime' is lower than or equal to three days.
- #
- # The rationale for this per-job configuration is that some rooms might have a
- # retention policy with a low 'max_lifetime', where history needs to be purged
- # of outdated messages on a more frequent basis than for the rest of the rooms
- # (e.g. every 12h), but not want that purge to be performed by a job that's
- # iterating over every room it knows, which could be heavy on the server.
- #
- # If any purge job is configured, it is strongly recommended to have at least
- # a single job with neither 'shortest_max_lifetime' nor 'longest_max_lifetime'
- # set, or one job without 'shortest_max_lifetime' and one job without
- # 'longest_max_lifetime' set. Otherwise some rooms might be ignored, even if
- # 'allowed_lifetime_min' and 'allowed_lifetime_max' are set, because capping a
- # room's policy to these values is done after the policies are retrieved from
- # Synapse's database (which is done using the range specified in a purge job's
- # configuration).
- #
- #purge_jobs:
- # - longest_max_lifetime: 3d
- # interval: 12h
- # - shortest_max_lifetime: 3d
- # interval: 1d
-
-
-## TLS ##
-
-# PEM-encoded X509 certificate for TLS.
-# This certificate, as of Synapse 1.0, will need to be a valid and verifiable
-# certificate, signed by a recognised Certificate Authority.
-#
-# Be sure to use a `.pem` file that includes the full certificate chain including
-# any intermediate certificates (for instance, if using certbot, use
-# `fullchain.pem` as your certificate, not `cert.pem`).
-#
-#tls_certificate_path: "CONFDIR/SERVERNAME.tls.crt"
-
-# PEM-encoded private key for TLS
-#
-#tls_private_key_path: "CONFDIR/SERVERNAME.tls.key"
-
-# Whether to verify TLS server certificates for outbound federation requests.
-#
-# Defaults to `true`. To disable certificate verification, uncomment the
-# following line.
-#
-#federation_verify_certificates: false
-
-# The minimum TLS version that will be used for outbound federation requests.
-#
-# Defaults to `1`. Configurable to `1`, `1.1`, `1.2`, or `1.3`. Note
-# that setting this value higher than `1.2` will prevent federation to most
-# of the public Matrix network: only configure it to `1.3` if you have an
-# entirely private federation setup and you can ensure TLS 1.3 support.
-#
-#federation_client_minimum_tls_version: 1.2
-
-# Skip federation certificate verification on the following whitelist
-# of domains.
-#
-# This setting should only be used in very specific cases, such as
-# federation over Tor hidden services and similar. For private networks
-# of homeservers, you likely want to use a private CA instead.
-#
-# Only effective if federation_verify_certicates is `true`.
-#
-#federation_certificate_verification_whitelist:
-# - lon.example.com
-# - "*.domain.com"
-# - "*.onion"
-
-# List of custom certificate authorities for federation traffic.
-#
-# This setting should only normally be used within a private network of
-# homeservers.
-#
-# Note that this list will replace those that are provided by your
-# operating environment. Certificates must be in PEM format.
-#
-#federation_custom_ca_list:
-# - myCA1.pem
-# - myCA2.pem
-# - myCA3.pem
-
-
-## Federation ##
-
-# Restrict federation to the following whitelist of domains.
-# N.B. we recommend also firewalling your federation listener to limit
-# inbound federation traffic as early as possible, rather than relying
-# purely on this application-layer restriction. If not specified, the
-# default is to whitelist everything.
-#
-#federation_domain_whitelist:
-# - lon.example.com
-# - nyc.example.com
-# - syd.example.com
-
-# Report prometheus metrics on the age of PDUs being sent to and received from
-# the following domains. This can be used to give an idea of "delay" on inbound
-# and outbound federation, though be aware that any delay can be due to problems
-# at either end or with the intermediate network.
-#
-# By default, no domains are monitored in this way.
-#
-#federation_metrics_domains:
-# - matrix.org
-# - example.com
-
-# Uncomment to disable profile lookup over federation. By default, the
-# Federation API allows other homeservers to obtain profile data of any user
-# on this homeserver. Defaults to 'true'.
-#
-#allow_profile_lookup_over_federation: false
-
-# Uncomment to allow device display name lookup over federation. By default, the
-# Federation API prevents other homeservers from obtaining the display names of
-# user devices on this homeserver. Defaults to 'false'.
-#
-#allow_device_name_lookup_over_federation: true
-
-
-## Caching ##
-
-# Caching can be configured through the following options.
-#
-# A cache 'factor' is a multiplier that can be applied to each of
-# Synapse's caches in order to increase or decrease the maximum
-# number of entries that can be stored.
-#
-# The configuration for cache factors (caches.global_factor and
-# caches.per_cache_factors) can be reloaded while the application is running,
-# by sending a SIGHUP signal to the Synapse process. Changes to other parts of
-# the caching config will NOT be applied after a SIGHUP is received; a restart
-# is necessary.
-
-# The number of events to cache in memory. Not affected by
-# caches.global_factor.
-#
-#event_cache_size: 10K
-
-caches:
- # Controls the global cache factor, which is the default cache factor
- # for all caches if a specific factor for that cache is not otherwise
- # set.
- #
- # This can also be set by the "SYNAPSE_CACHE_FACTOR" environment
- # variable. Setting by environment variable takes priority over
- # setting through the config file.
- #
- # Defaults to 0.5, which will half the size of all caches.
- #
- #global_factor: 1.0
-
- # A dictionary of cache name to cache factor for that individual
- # cache. Overrides the global cache factor for a given cache.
- #
- # These can also be set through environment variables comprised
- # of "SYNAPSE_CACHE_FACTOR_" + the name of the cache in capital
- # letters and underscores. Setting by environment variable
- # takes priority over setting through the config file.
- # Ex. SYNAPSE_CACHE_FACTOR_GET_USERS_WHO_SHARE_ROOM_WITH_USER=2.0
- #
- # Some caches have '*' and other characters that are not
- # alphanumeric or underscores. These caches can be named with or
- # without the special characters stripped. For example, to specify
- # the cache factor for `*stateGroupCache*` via an environment
- # variable would be `SYNAPSE_CACHE_FACTOR_STATEGROUPCACHE=2.0`.
- #
- per_cache_factors:
- #get_users_who_share_room_with_user: 2.0
-
- # Controls whether cache entries are evicted after a specified time
- # period. Defaults to true. Uncomment to disable this feature.
- #
- #expire_caches: false
-
- # If expire_caches is enabled, this flag controls how long an entry can
- # be in a cache without having been accessed before being evicted.
- # Defaults to 30m. Uncomment to set a different time to live for cache entries.
- #
- #cache_entry_ttl: 30m
-
- # This flag enables cache autotuning, and is further specified by the sub-options `max_cache_memory_usage`,
- # `target_cache_memory_usage`, `min_cache_ttl`. These flags work in conjunction with each other to maintain
- # a balance between cache memory usage and cache entry availability. You must be using jemalloc to utilize
- # this option, and all three of the options must be specified for this feature to work.
- #cache_autotuning:
- # This flag sets a ceiling on much memory the cache can use before caches begin to be continuously evicted.
- # They will continue to be evicted until the memory usage drops below the `target_memory_usage`, set in
- # the flag below, or until the `min_cache_ttl` is hit.
- #max_cache_memory_usage: 1024M
-
- # This flag sets a rough target for the desired memory usage of the caches.
- #target_cache_memory_usage: 758M
-
- # 'min_cache_ttl` sets a limit under which newer cache entries are not evicted and is only applied when
- # caches are actively being evicted/`max_cache_memory_usage` has been exceeded. This is to protect hot caches
- # from being emptied while Synapse is evicting due to memory.
- #min_cache_ttl: 5m
-
- # Controls how long the results of a /sync request are cached for after
- # a successful response is returned. A higher duration can help clients with
- # intermittent connections, at the cost of higher memory usage.
- #
- # By default, this is zero, which means that sync responses are not cached
- # at all.
- #
- #sync_response_cache_duration: 2m
-
-
-## Database ##
-
-# The 'database' setting defines the database that synapse uses to store all of
-# its data.
-#
-# 'name' gives the database engine to use: either 'sqlite3' (for SQLite) or
-# 'psycopg2' (for PostgreSQL).
-#
-# 'txn_limit' gives the maximum number of transactions to run per connection
-# before reconnecting. Defaults to 0, which means no limit.
-#
-# 'allow_unsafe_locale' is an option specific to Postgres. Under the default behavior, Synapse will refuse to
-# start if the postgres db is set to a non-C locale. You can override this behavior (which is *not* recommended)
-# by setting 'allow_unsafe_locale' to true. Note that doing so may corrupt your database. You can find more information
-# here: https://matrix-org.github.io/synapse/latest/postgres.html#fixing-incorrect-collate-or-ctype and here:
-# https://wiki.postgresql.org/wiki/Locale_data_changes
-#
-# 'args' gives options which are passed through to the database engine,
-# except for options starting 'cp_', which are used to configure the Twisted
-# connection pool. For a reference to valid arguments, see:
-# * for sqlite: https://docs.python.org/3/library/sqlite3.html#sqlite3.connect
-# * for postgres: https://www.postgresql.org/docs/current/libpq-connect.html#LIBPQ-PARAMKEYWORDS
-# * for the connection pool: https://twistedmatrix.com/documents/current/api/twisted.enterprise.adbapi.ConnectionPool.html#__init__
-#
-#
-# Example SQLite configuration:
-#
-#database:
-# name: sqlite3
-# args:
-# database: /path/to/homeserver.db
-#
-#
-# Example Postgres configuration:
-#
-#database:
-# name: psycopg2
-# txn_limit: 10000
-# args:
-# user: synapse_user
-# password: secretpassword
-# database: synapse
-# host: localhost
-# port: 5432
-# cp_min: 5
-# cp_max: 10
-#
-# For more information on using Synapse with Postgres,
-# see https://matrix-org.github.io/synapse/latest/postgres.html.
-#
database:
name: sqlite3
args:
database: DATADIR/homeserver.db
-
-
-## Logging ##
-
-# A yaml python logging config file as described by
-# https://docs.python.org/3.7/library/logging.config.html#configuration-dictionary-schema
-#
log_config: "CONFDIR/SERVERNAME.log.config"
-
-
-## Ratelimiting ##
-
-# Ratelimiting settings for client actions (registration, login, messaging).
-#
-# Each ratelimiting configuration is made of two parameters:
-# - per_second: number of requests a client can send per second.
-# - burst_count: number of requests a client can send before being throttled.
-#
-# Synapse currently uses the following configurations:
-# - one for messages that ratelimits sending based on the account the client
-# is using
-# - one for registration that ratelimits registration requests based on the
-# client's IP address.
-# - one for checking the validity of registration tokens that ratelimits
-# requests based on the client's IP address.
-# - one for login that ratelimits login requests based on the client's IP
-# address.
-# - one for login that ratelimits login requests based on the account the
-# client is attempting to log into.
-# - one for login that ratelimits login requests based on the account the
-# client is attempting to log into, based on the amount of failed login
-# attempts for this account.
-# - one for ratelimiting redactions by room admins. If this is not explicitly
-# set then it uses the same ratelimiting as per rc_message. This is useful
-# to allow room admins to deal with abuse quickly.
-# - two for ratelimiting number of rooms a user can join, "local" for when
-# users are joining rooms the server is already in (this is cheap) vs
-# "remote" for when users are trying to join rooms not on the server (which
-# can be more expensive)
-# - one for ratelimiting how often a user or IP can attempt to validate a 3PID.
-# - two for ratelimiting how often invites can be sent in a room or to a
-# specific user.
-# - one for ratelimiting 3PID invites (i.e. invites sent to a third-party ID
-# such as an email address or a phone number) based on the account that's
-# sending the invite.
-#
-# The defaults are as shown below.
-#
-#rc_message:
-# per_second: 0.2
-# burst_count: 10
-#
-#rc_registration:
-# per_second: 0.17
-# burst_count: 3
-#
-#rc_registration_token_validity:
-# per_second: 0.1
-# burst_count: 5
-#
-#rc_login:
-# address:
-# per_second: 0.17
-# burst_count: 3
-# account:
-# per_second: 0.17
-# burst_count: 3
-# failed_attempts:
-# per_second: 0.17
-# burst_count: 3
-#
-#rc_admin_redaction:
-# per_second: 1
-# burst_count: 50
-#
-#rc_joins:
-# local:
-# per_second: 0.1
-# burst_count: 10
-# remote:
-# per_second: 0.01
-# burst_count: 10
-#
-#rc_3pid_validation:
-# per_second: 0.003
-# burst_count: 5
-#
-#rc_invites:
-# per_room:
-# per_second: 0.3
-# burst_count: 10
-# per_user:
-# per_second: 0.003
-# burst_count: 5
-#
-#rc_third_party_invite:
-# per_second: 0.2
-# burst_count: 10
-
-# Ratelimiting settings for incoming federation
-#
-# The rc_federation configuration is made up of the following settings:
-# - window_size: window size in milliseconds
-# - sleep_limit: number of federation requests from a single server in
-# a window before the server will delay processing the request.
-# - sleep_delay: duration in milliseconds to delay processing events
-# from remote servers by if they go over the sleep limit.
-# - reject_limit: maximum number of concurrent federation requests
-# allowed from a single server
-# - concurrent: number of federation requests to concurrently process
-# from a single server
-#
-# The defaults are as shown below.
-#
-#rc_federation:
-# window_size: 1000
-# sleep_limit: 10
-# sleep_delay: 500
-# reject_limit: 50
-# concurrent: 3
-
-# Target outgoing federation transaction frequency for sending read-receipts,
-# per-room.
-#
-# If we end up trying to send out more read-receipts, they will get buffered up
-# into fewer transactions.
-#
-#federation_rr_transactions_per_room_per_second: 50
-
-
-
-## Media Store ##
-
-# Enable the media store service in the Synapse master. Uncomment the
-# following if you are using a separate media store worker.
-#
-#enable_media_repo: false
-
-# Directory where uploaded images and attachments are stored.
-#
-media_store_path: "DATADIR/media_store"
-
-# Media storage providers allow media to be stored in different
-# locations.
-#
-#media_storage_providers:
-# - module: file_system
-# # Whether to store newly uploaded local files
-# store_local: false
-# # Whether to store newly downloaded remote files
-# store_remote: false
-# # Whether to wait for successful storage for local uploads
-# store_synchronous: false
-# config:
-# directory: /mnt/some/other/directory
-
-# The largest allowed upload size in bytes
-#
-# If you are using a reverse proxy you may also need to set this value in
-# your reverse proxy's config. Notably Nginx has a small max body size by default.
-# See https://matrix-org.github.io/synapse/latest/reverse_proxy.html.
-#
-#max_upload_size: 50M
-
-# Maximum number of pixels that will be thumbnailed
-#
-#max_image_pixels: 32M
-
-# Whether to generate new thumbnails on the fly to precisely match
-# the resolution requested by the client. If true then whenever
-# a new resolution is requested by the client the server will
-# generate a new thumbnail. If false the server will pick a thumbnail
-# from a precalculated list.
-#
-#dynamic_thumbnails: false
-
-# List of thumbnails to precalculate when an image is uploaded.
-#
-#thumbnail_sizes:
-# - width: 32
-# height: 32
-# method: crop
-# - width: 96
-# height: 96
-# method: crop
-# - width: 320
-# height: 240
-# method: scale
-# - width: 640
-# height: 480
-# method: scale
-# - width: 800
-# height: 600
-# method: scale
-
-# Is the preview URL API enabled?
-#
-# 'false' by default: uncomment the following to enable it (and specify a
-# url_preview_ip_range_blacklist blacklist).
-#
-#url_preview_enabled: true
-
-# List of IP address CIDR ranges that the URL preview spider is denied
-# from accessing. There are no defaults: you must explicitly
-# specify a list for URL previewing to work. You should specify any
-# internal services in your network that you do not want synapse to try
-# to connect to, otherwise anyone in any Matrix room could cause your
-# synapse to issue arbitrary GET requests to your internal services,
-# causing serious security issues.
-#
-# (0.0.0.0 and :: are always blacklisted, whether or not they are explicitly
-# listed here, since they correspond to unroutable addresses.)
-#
-# This must be specified if url_preview_enabled is set. It is recommended that
-# you uncomment the following list as a starting point.
-#
-# Note: The value is ignored when an HTTP proxy is in use
-#
-#url_preview_ip_range_blacklist:
-# - '127.0.0.0/8'
-# - '10.0.0.0/8'
-# - '172.16.0.0/12'
-# - '192.168.0.0/16'
-# - '100.64.0.0/10'
-# - '192.0.0.0/24'
-# - '169.254.0.0/16'
-# - '192.88.99.0/24'
-# - '198.18.0.0/15'
-# - '192.0.2.0/24'
-# - '198.51.100.0/24'
-# - '203.0.113.0/24'
-# - '224.0.0.0/4'
-# - '::1/128'
-# - 'fe80::/10'
-# - 'fc00::/7'
-# - '2001:db8::/32'
-# - 'ff00::/8'
-# - 'fec0::/10'
-
-# List of IP address CIDR ranges that the URL preview spider is allowed
-# to access even if they are specified in url_preview_ip_range_blacklist.
-# This is useful for specifying exceptions to wide-ranging blacklisted
-# target IP ranges - e.g. for enabling URL previews for a specific private
-# website only visible in your network.
-#
-#url_preview_ip_range_whitelist:
-# - '192.168.1.1'
-
-# Optional list of URL matches that the URL preview spider is
-# denied from accessing. You should use url_preview_ip_range_blacklist
-# in preference to this, otherwise someone could define a public DNS
-# entry that points to a private IP address and circumvent the blacklist.
-# This is more useful if you know there is an entire shape of URL that
-# you know that will never want synapse to try to spider.
-#
-# Each list entry is a dictionary of url component attributes as returned
-# by urlparse.urlsplit as applied to the absolute form of the URL. See
-# https://docs.python.org/2/library/urlparse.html#urlparse.urlsplit
-# The values of the dictionary are treated as an filename match pattern
-# applied to that component of URLs, unless they start with a ^ in which
-# case they are treated as a regular expression match. If all the
-# specified component matches for a given list item succeed, the URL is
-# blacklisted.
-#
-#url_preview_url_blacklist:
-# # blacklist any URL with a username in its URI
-# - username: '*'
-#
-# # blacklist all *.google.com URLs
-# - netloc: 'google.com'
-# - netloc: '*.google.com'
-#
-# # blacklist all plain HTTP URLs
-# - scheme: 'http'
-#
-# # blacklist http(s)://www.acme.com/foo
-# - netloc: 'www.acme.com'
-# path: '/foo'
-#
-# # blacklist any URL with a literal IPv4 address
-# - netloc: '^[0-9]+\.[0-9]+\.[0-9]+\.[0-9]+$'
-
-# The largest allowed URL preview spidering size in bytes
-#
-#max_spider_size: 10M
-
-# A list of values for the Accept-Language HTTP header used when
-# downloading webpages during URL preview generation. This allows
-# Synapse to specify the preferred languages that URL previews should
-# be in when communicating with remote servers.
-#
-# Each value is a IETF language tag; a 2-3 letter identifier for a
-# language, optionally followed by subtags separated by '-', specifying
-# a country or region variant.
-#
-# Multiple values can be provided, and a weight can be added to each by
-# using quality value syntax (;q=). '*' translates to any language.
-#
-# Defaults to "en".
-#
-# Example:
-#
-# url_preview_accept_language:
-# - en-UK
-# - en-US;q=0.9
-# - fr;q=0.8
-# - *;q=0.7
-#
-url_preview_accept_language:
-# - en
-
-
-# oEmbed allows for easier embedding content from a website. It can be
-# used for generating URLs previews of services which support it.
-#
-oembed:
- # A default list of oEmbed providers is included with Synapse.
- #
- # Uncomment the following to disable using these default oEmbed URLs.
- # Defaults to 'false'.
- #
- #disable_default_providers: true
-
- # Additional files with oEmbed configuration (each should be in the
- # form of providers.json).
- #
- # By default, this list is empty (so only the default providers.json
- # is used).
- #
- #additional_providers:
- # - oembed/my_providers.json
-
-
-## Captcha ##
-# See docs/CAPTCHA_SETUP.md for full details of configuring this.
-
-# This homeserver's ReCAPTCHA public key. Must be specified if
-# enable_registration_captcha is enabled.
-#
-#recaptcha_public_key: "YOUR_PUBLIC_KEY"
-
-# This homeserver's ReCAPTCHA private key. Must be specified if
-# enable_registration_captcha is enabled.
-#
-#recaptcha_private_key: "YOUR_PRIVATE_KEY"
-
-# Uncomment to enable ReCaptcha checks when registering, preventing signup
-# unless a captcha is answered. Requires a valid ReCaptcha
-# public/private key. Defaults to 'false'.
-#
-#enable_registration_captcha: true
-
-# The API endpoint to use for verifying m.login.recaptcha responses.
-# Defaults to "https://www.recaptcha.net/recaptcha/api/siteverify".
-#
-#recaptcha_siteverify_api: "https://my.recaptcha.site"
-
-
-## TURN ##
-
-# The public URIs of the TURN server to give to clients
-#
-#turn_uris: []
-
-# The shared secret used to compute passwords for the TURN server
-#
-#turn_shared_secret: "YOUR_SHARED_SECRET"
-
-# The Username and password if the TURN server needs them and
-# does not use a token
-#
-#turn_username: "TURNSERVER_USERNAME"
-#turn_password: "TURNSERVER_PASSWORD"
-
-# How long generated TURN credentials last
-#
-#turn_user_lifetime: 1h
-
-# Whether guests should be allowed to use the TURN server.
-# This defaults to True, otherwise VoIP will be unreliable for guests.
-# However, it does introduce a slight security risk as it allows users to
-# connect to arbitrary endpoints without having first signed up for a
-# valid account (e.g. by passing a CAPTCHA).
-#
-#turn_allow_guests: true
-
-
-## Registration ##
-#
-# Registration can be rate-limited using the parameters in the "Ratelimiting"
-# section of this file.
-
-# Enable registration for new users. Defaults to 'false'. It is highly recommended that if you enable registration,
-# you use either captcha, email, or token-based verification to verify that new users are not bots. In order to enable registration
-# without any verification, you must also set `enable_registration_without_verification`, found below.
-#
-#enable_registration: false
-
-# Enable registration without email or captcha verification. Note: this option is *not* recommended,
-# as registration without verification is a known vector for spam and abuse. Defaults to false. Has no effect
-# unless `enable_registration` is also enabled.
-#
-#enable_registration_without_verification: true
-
-# Time that a user's session remains valid for, after they log in.
-#
-# Note that this is not currently compatible with guest logins.
-#
-# Note also that this is calculated at login time: changes are not applied
-# retrospectively to users who have already logged in.
-#
-# By default, this is infinite.
-#
-#session_lifetime: 24h
-
-# Time that an access token remains valid for, if the session is
-# using refresh tokens.
-# For more information about refresh tokens, please see the manual.
-# Note that this only applies to clients which advertise support for
-# refresh tokens.
-#
-# Note also that this is calculated at login time and refresh time:
-# changes are not applied to existing sessions until they are refreshed.
-#
-# By default, this is 5 minutes.
-#
-#refreshable_access_token_lifetime: 5m
-
-# Time that a refresh token remains valid for (provided that it is not
-# exchanged for another one first).
-# This option can be used to automatically log-out inactive sessions.
-# Please see the manual for more information.
-#
-# Note also that this is calculated at login time and refresh time:
-# changes are not applied to existing sessions until they are refreshed.
-#
-# By default, this is infinite.
-#
-#refresh_token_lifetime: 24h
-
-# Time that an access token remains valid for, if the session is NOT
-# using refresh tokens.
-# Please note that not all clients support refresh tokens, so setting
-# this to a short value may be inconvenient for some users who will
-# then be logged out frequently.
-#
-# Note also that this is calculated at login time: changes are not applied
-# retrospectively to existing sessions for users that have already logged in.
-#
-# By default, this is infinite.
-#
-#nonrefreshable_access_token_lifetime: 24h
-
-# The user must provide all of the below types of 3PID when registering.
-#
-#registrations_require_3pid:
-# - email
-# - msisdn
-
-# Explicitly disable asking for MSISDNs from the registration
-# flow (overrides registrations_require_3pid if MSISDNs are set as required)
-#
-#disable_msisdn_registration: true
-
-# Mandate that users are only allowed to associate certain formats of
-# 3PIDs with accounts on this server.
-#
-#allowed_local_3pids:
-# - medium: email
-# pattern: '^[^@]+@matrix\.org$'
-# - medium: email
-# pattern: '^[^@]+@vector\.im$'
-# - medium: msisdn
-# pattern: '\+44'
-
-# Enable 3PIDs lookup requests to identity servers from this server.
-#
-#enable_3pid_lookup: true
-
-# Require users to submit a token during registration.
-# Tokens can be managed using the admin API:
-# https://matrix-org.github.io/synapse/latest/usage/administration/admin_api/registration_tokens.html
-# Note that `enable_registration` must be set to `true`.
-# Disabling this option will not delete any tokens previously generated.
-# Defaults to false. Uncomment the following to require tokens:
-#
-#registration_requires_token: true
-
-# Allow users to submit a token during registration to bypass any required 3pid
-# steps configured in `registrations_require_3pid`.
-# Defaults to false, requiring that registration tokens (if enabled) complete a 3pid flow.
-#
-#enable_registration_token_3pid_bypass: false
-
-# If set, allows registration of standard or admin accounts by anyone who
-# has the shared secret, even if registration is otherwise disabled.
-#
-#registration_shared_secret:
-
-# Set the number of bcrypt rounds used to generate password hash.
-# Larger numbers increase the work factor needed to generate the hash.
-# The default number is 12 (which equates to 2^12 rounds).
-# N.B. that increasing this will exponentially increase the time required
-# to register or login - e.g. 24 => 2^24 rounds which will take >20 mins.
-#
-#bcrypt_rounds: 12
-
-# Allows users to register as guests without a password/email/etc, and
-# participate in rooms hosted on this server which have been made
-# accessible to anonymous users.
-#
-#allow_guest_access: false
-
-# The identity server which we suggest that clients should use when users log
-# in on this server.
-#
-# (By default, no suggestion is made, so it is left up to the client.
-# This setting is ignored unless public_baseurl is also explicitly set.)
-#
-#default_identity_server: https://matrix.org
-
-# Handle threepid (email/phone etc) registration and password resets through a set of
-# *trusted* identity servers. Note that this allows the configured identity server to
-# reset passwords for accounts!
-#
-# Be aware that if `email` is not set, and SMTP options have not been
-# configured in the email config block, registration and user password resets via
-# email will be globally disabled.
-#
-# Additionally, if `msisdn` is not set, registration and password resets via msisdn
-# will be disabled regardless, and users will not be able to associate an msisdn
-# identifier to their account. This is due to Synapse currently not supporting
-# any method of sending SMS messages on its own.
-#
-# To enable using an identity server for operations regarding a particular third-party
-# identifier type, set the value to the URL of that identity server as shown in the
-# examples below.
-#
-# Servers handling the these requests must answer the `/requestToken` endpoints defined
-# by the Matrix Identity Service API specification:
-# https://matrix.org/docs/spec/identity_service/latest
-#
-account_threepid_delegates:
- #email: https://example.com # Delegate email sending to example.com
- #msisdn: http://localhost:8090 # Delegate SMS sending to this local process
-
-# Whether users are allowed to change their displayname after it has
-# been initially set. Useful when provisioning users based on the
-# contents of a third-party directory.
-#
-# Does not apply to server administrators. Defaults to 'true'
-#
-#enable_set_displayname: false
-
-# Whether users are allowed to change their avatar after it has been
-# initially set. Useful when provisioning users based on the contents
-# of a third-party directory.
-#
-# Does not apply to server administrators. Defaults to 'true'
-#
-#enable_set_avatar_url: false
-
-# Whether users can change the 3PIDs associated with their accounts
-# (email address and msisdn).
-#
-# Defaults to 'true'
-#
-#enable_3pid_changes: false
-
-# Users who register on this homeserver will automatically be joined
-# to these rooms.
-#
-# By default, any room aliases included in this list will be created
-# as a publicly joinable room when the first user registers for the
-# homeserver. This behaviour can be customised with the settings below.
-# If the room already exists, make certain it is a publicly joinable
-# room. The join rule of the room must be set to 'public'.
-#
-#auto_join_rooms:
-# - "#example:example.com"
-
-# Where auto_join_rooms are specified, setting this flag ensures that the
-# the rooms exist by creating them when the first user on the
-# homeserver registers.
-#
-# By default the auto-created rooms are publicly joinable from any federated
-# server. Use the autocreate_auto_join_rooms_federated and
-# autocreate_auto_join_room_preset settings below to customise this behaviour.
-#
-# Setting to false means that if the rooms are not manually created,
-# users cannot be auto-joined since they do not exist.
-#
-# Defaults to true. Uncomment the following line to disable automatically
-# creating auto-join rooms.
-#
-#autocreate_auto_join_rooms: false
-
-# Whether the auto_join_rooms that are auto-created are available via
-# federation. Only has an effect if autocreate_auto_join_rooms is true.
-#
-# Note that whether a room is federated cannot be modified after
-# creation.
-#
-# Defaults to true: the room will be joinable from other servers.
-# Uncomment the following to prevent users from other homeservers from
-# joining these rooms.
-#
-#autocreate_auto_join_rooms_federated: false
-
-# The room preset to use when auto-creating one of auto_join_rooms. Only has an
-# effect if autocreate_auto_join_rooms is true.
-#
-# This can be one of "public_chat", "private_chat", or "trusted_private_chat".
-# If a value of "private_chat" or "trusted_private_chat" is used then
-# auto_join_mxid_localpart must also be configured.
-#
-# Defaults to "public_chat", meaning that the room is joinable by anyone, including
-# federated servers if autocreate_auto_join_rooms_federated is true (the default).
-# Uncomment the following to require an invitation to join these rooms.
-#
-#autocreate_auto_join_room_preset: private_chat
-
-# The local part of the user id which is used to create auto_join_rooms if
-# autocreate_auto_join_rooms is true. If this is not provided then the
-# initial user account that registers will be used to create the rooms.
-#
-# The user id is also used to invite new users to any auto-join rooms which
-# are set to invite-only.
-#
-# It *must* be configured if autocreate_auto_join_room_preset is set to
-# "private_chat" or "trusted_private_chat".
-#
-# Note that this must be specified in order for new users to be correctly
-# invited to any auto-join rooms which have been set to invite-only (either
-# at the time of creation or subsequently).
-#
-# Note that, if the room already exists, this user must be joined and
-# have the appropriate permissions to invite new members.
-#
-#auto_join_mxid_localpart: system
-
-# When auto_join_rooms is specified, setting this flag to false prevents
-# guest accounts from being automatically joined to the rooms.
-#
-# Defaults to true.
-#
-#auto_join_rooms_for_guests: false
-
-# Whether to inhibit errors raised when registering a new account if the user ID
-# already exists. If turned on, that requests to /register/available will always
-# show a user ID as available, and Synapse won't raise an error when starting
-# a registration with a user ID that already exists. However, Synapse will still
-# raise an error if the registration completes and the username conflicts.
-#
-# Defaults to false.
-#
-#inhibit_user_in_use_error: true
-
-
-## Metrics ###
-
-# Enable collection and rendering of performance metrics
-#
-#enable_metrics: false
-
-# Enable sentry integration
-# NOTE: While attempts are made to ensure that the logs don't contain
-# any sensitive information, this cannot be guaranteed. By enabling
-# this option the sentry server may therefore receive sensitive
-# information, and it in turn may then diseminate sensitive information
-# through insecure notification channels if so configured.
-#
-#sentry:
-# dsn: "..."
-
-# Flags to enable Prometheus metrics which are not suitable to be
-# enabled by default, either for performance reasons or limited use.
-#
-metrics_flags:
- # Publish synapse_federation_known_servers, a gauge of the number of
- # servers this homeserver knows about, including itself. May cause
- # performance problems on large homeservers.
- #
- #known_servers: true
-
-# Whether or not to report anonymized homeserver usage statistics.
-#
-#report_stats: true|false
-
-# The endpoint to report the anonymized homeserver usage statistics to.
-# Defaults to https://matrix.org/report-usage-stats/push
-#
-#report_stats_endpoint: https://example.com/report-usage-stats/push
-
-
-## API Configuration ##
-
-# Controls for the state that is shared with users who receive an invite
-# to a room
-#
-room_prejoin_state:
- # By default, the following state event types are shared with users who
- # receive invites to the room:
- #
- # - m.room.join_rules
- # - m.room.canonical_alias
- # - m.room.avatar
- # - m.room.encryption
- # - m.room.name
- # - m.room.create
- # - m.room.topic
- #
- # Uncomment the following to disable these defaults (so that only the event
- # types listed in 'additional_event_types' are shared). Defaults to 'false'.
- #
- #disable_default_event_types: true
-
- # Additional state event types to share with users when they are invited
- # to a room.
- #
- # By default, this list is empty (so only the default event types are shared).
- #
- #additional_event_types:
- # - org.example.custom.event.type
-
-# We record the IP address of clients used to access the API for various
-# reasons, including displaying it to the user in the "Where you're signed in"
-# dialog.
-#
-# By default, when puppeting another user via the admin API, the client IP
-# address is recorded against the user who created the access token (ie, the
-# admin user), and *not* the puppeted user.
-#
-# Uncomment the following to also record the IP address against the puppeted
-# user. (This also means that the puppeted user will count as an "active" user
-# for the purpose of monthly active user tracking - see 'limit_usage_by_mau' etc
-# above.)
-#
-#track_puppeted_user_ips: true
-
-
-# A list of application service config files to use
-#
-#app_service_config_files:
-# - app_service_1.yaml
-# - app_service_2.yaml
-
-# Uncomment to enable tracking of application service IP addresses. Implicitly
-# enables MAU tracking for application service users.
-#
-#track_appservice_user_ips: true
-
-
-# a secret which is used to sign access tokens. If none is specified,
-# the registration_shared_secret is used, if one is given; otherwise,
-# a secret key is derived from the signing key.
-#
-#macaroon_secret_key:
-
-# a secret which is used to calculate HMACs for form values, to stop
-# falsification of values. Must be specified for the User Consent
-# forms to work.
-#
-#form_secret:
-
-## Signing Keys ##
-
-# Path to the signing key to sign messages with
-#
+media_store_path: DATADIR/media_store
signing_key_path: "CONFDIR/SERVERNAME.signing.key"
-
-# The keys that the server used to sign messages with but won't use
-# to sign new messages.
-#
-old_signing_keys:
- # For each key, `key` should be the base64-encoded public key, and
- # `expired_ts`should be the time (in milliseconds since the unix epoch) that
- # it was last used.
- #
- # It is possible to build an entry from an old signing.key file using the
- # `export_signing_key` script which is provided with synapse.
- #
- # For example:
- #
- #"ed25519:id": { key: "base64string", expired_ts: 123456789123 }
-
-# How long key response published by this server is valid for.
-# Used to set the valid_until_ts in /key/v2 APIs.
-# Determines how quickly servers will query to check which keys
-# are still valid.
-#
-#key_refresh_interval: 1d
-
-# The trusted servers to download signing keys from.
-#
-# When we need to fetch a signing key, each server is tried in parallel.
-#
-# Normally, the connection to the key server is validated via TLS certificates.
-# Additional security can be provided by configuring a `verify key`, which
-# will make synapse check that the response is signed by that key.
-#
-# This setting supercedes an older setting named `perspectives`. The old format
-# is still supported for backwards-compatibility, but it is deprecated.
-#
-# 'trusted_key_servers' defaults to matrix.org, but using it will generate a
-# warning on start-up. To suppress this warning, set
-# 'suppress_key_server_warning' to true.
-#
-# Options for each entry in the list include:
-#
-# server_name: the name of the server. required.
-#
-# verify_keys: an optional map from key id to base64-encoded public key.
-# If specified, we will check that the response is signed by at least
-# one of the given keys.
-#
-# accept_keys_insecurely: a boolean. Normally, if `verify_keys` is unset,
-# and federation_verify_certificates is not `true`, synapse will refuse
-# to start, because this would allow anyone who can spoof DNS responses
-# to masquerade as the trusted key server. If you know what you are doing
-# and are sure that your network environment provides a secure connection
-# to the key server, you can set this to `true` to override this
-# behaviour.
-#
-# An example configuration might look like:
-#
-#trusted_key_servers:
-# - server_name: "my_trusted_server.example.com"
-# verify_keys:
-# "ed25519:auto": "abcdefghijklmnopqrstuvwxyzabcdefghijklmopqr"
-# - server_name: "my_other_trusted_server.example.com"
-#
trusted_key_servers:
- server_name: "matrix.org"
-
-# Uncomment the following to disable the warning that is emitted when the
-# trusted_key_servers include 'matrix.org'. See above.
-#
-#suppress_key_server_warning: true
-
-# The signing keys to use when acting as a trusted key server. If not specified
-# defaults to the server signing key.
-#
-# Can contain multiple keys, one per line.
-#
-#key_server_signing_keys_path: "key_server_signing_keys.key"
-
-
-## Single sign-on integration ##
-
-# The following settings can be used to make Synapse use a single sign-on
-# provider for authentication, instead of its internal password database.
-#
-# You will probably also want to set the following options to `false` to
-# disable the regular login/registration flows:
-# * enable_registration
-# * password_config.enabled
-#
-# You will also want to investigate the settings under the "sso" configuration
-# section below.
-
-# Enable SAML2 for registration and login. Uses pysaml2.
-#
-# At least one of `sp_config` or `config_path` must be set in this section to
-# enable SAML login.
-#
-# Once SAML support is enabled, a metadata file will be exposed at
-# https://:/_synapse/client/saml2/metadata.xml, which you may be able to
-# use to configure your SAML IdP with. Alternatively, you can manually configure
-# the IdP to use an ACS location of
-# https://:/_synapse/client/saml2/authn_response.
-#
-saml2_config:
- # `sp_config` is the configuration for the pysaml2 Service Provider.
- # See pysaml2 docs for format of config.
- #
- # Default values will be used for the 'entityid' and 'service' settings,
- # so it is not normally necessary to specify them unless you need to
- # override them.
- #
- sp_config:
- # Point this to the IdP's metadata. You must provide either a local
- # file via the `local` attribute or (preferably) a URL via the
- # `remote` attribute.
- #
- #metadata:
- # local: ["saml2/idp.xml"]
- # remote:
- # - url: https://our_idp/metadata.xml
-
- # Allowed clock difference in seconds between the homeserver and IdP.
- #
- # Uncomment the below to increase the accepted time difference from 0 to 3 seconds.
- #
- #accepted_time_diff: 3
-
- # By default, the user has to go to our login page first. If you'd like
- # to allow IdP-initiated login, set 'allow_unsolicited: true' in a
- # 'service.sp' section:
- #
- #service:
- # sp:
- # allow_unsolicited: true
-
- # The examples below are just used to generate our metadata xml, and you
- # may well not need them, depending on your setup. Alternatively you
- # may need a whole lot more detail - see the pysaml2 docs!
-
- #description: ["My awesome SP", "en"]
- #name: ["Test SP", "en"]
-
- #ui_info:
- # display_name:
- # - lang: en
- # text: "Display Name is the descriptive name of your service."
- # description:
- # - lang: en
- # text: "Description should be a short paragraph explaining the purpose of the service."
- # information_url:
- # - lang: en
- # text: "https://example.com/terms-of-service"
- # privacy_statement_url:
- # - lang: en
- # text: "https://example.com/privacy-policy"
- # keywords:
- # - lang: en
- # text: ["Matrix", "Element"]
- # logo:
- # - lang: en
- # text: "https://example.com/logo.svg"
- # width: "200"
- # height: "80"
-
- #organization:
- # name: Example com
- # display_name:
- # - ["Example co", "en"]
- # url: "http://example.com"
-
- #contact_person:
- # - given_name: Bob
- # sur_name: "the Sysadmin"
- # email_address": ["admin@example.com"]
- # contact_type": technical
-
- # Instead of putting the config inline as above, you can specify a
- # separate pysaml2 configuration file:
- #
- #config_path: "CONFDIR/sp_conf.py"
-
- # The lifetime of a SAML session. This defines how long a user has to
- # complete the authentication process, if allow_unsolicited is unset.
- # The default is 15 minutes.
- #
- #saml_session_lifetime: 5m
-
- # An external module can be provided here as a custom solution to
- # mapping attributes returned from a saml provider onto a matrix user.
- #
- user_mapping_provider:
- # The custom module's class. Uncomment to use a custom module.
- #
- #module: mapping_provider.SamlMappingProvider
-
- # Custom configuration values for the module. Below options are
- # intended for the built-in provider, they should be changed if
- # using a custom module. This section will be passed as a Python
- # dictionary to the module's `parse_config` method.
- #
- config:
- # The SAML attribute (after mapping via the attribute maps) to use
- # to derive the Matrix ID from. 'uid' by default.
- #
- # Note: This used to be configured by the
- # saml2_config.mxid_source_attribute option. If that is still
- # defined, its value will be used instead.
- #
- #mxid_source_attribute: displayName
-
- # The mapping system to use for mapping the saml attribute onto a
- # matrix ID.
- #
- # Options include:
- # * 'hexencode' (which maps unpermitted characters to '=xx')
- # * 'dotreplace' (which replaces unpermitted characters with
- # '.').
- # The default is 'hexencode'.
- #
- # Note: This used to be configured by the
- # saml2_config.mxid_mapping option. If that is still defined, its
- # value will be used instead.
- #
- #mxid_mapping: dotreplace
-
- # In previous versions of synapse, the mapping from SAML attribute to
- # MXID was always calculated dynamically rather than stored in a
- # table. For backwards- compatibility, we will look for user_ids
- # matching such a pattern before creating a new account.
- #
- # This setting controls the SAML attribute which will be used for this
- # backwards-compatibility lookup. Typically it should be 'uid', but if
- # the attribute maps are changed, it may be necessary to change it.
- #
- # The default is 'uid'.
- #
- #grandfathered_mxid_source_attribute: upn
-
- # It is possible to configure Synapse to only allow logins if SAML attributes
- # match particular values. The requirements can be listed under
- # `attribute_requirements` as shown below. All of the listed attributes must
- # match for the login to be permitted.
- #
- #attribute_requirements:
- # - attribute: userGroup
- # value: "staff"
- # - attribute: department
- # value: "sales"
-
- # If the metadata XML contains multiple IdP entities then the `idp_entityid`
- # option must be set to the entity to redirect users to.
- #
- # Most deployments only have a single IdP entity and so should omit this
- # option.
- #
- #idp_entityid: 'https://our_idp/entityid'
-
-
-# List of OpenID Connect (OIDC) / OAuth 2.0 identity providers, for registration
-# and login.
-#
-# Options for each entry include:
-#
-# idp_id: a unique identifier for this identity provider. Used internally
-# by Synapse; should be a single word such as 'github'.
-#
-# Note that, if this is changed, users authenticating via that provider
-# will no longer be recognised as the same user!
-#
-# (Use "oidc" here if you are migrating from an old "oidc_config"
-# configuration.)
-#
-# idp_name: A user-facing name for this identity provider, which is used to
-# offer the user a choice of login mechanisms.
-#
-# idp_icon: An optional icon for this identity provider, which is presented
-# by clients and Synapse's own IdP picker page. If given, must be an
-# MXC URI of the format mxc:///. (An easy way to
-# obtain such an MXC URI is to upload an image to an (unencrypted) room
-# and then copy the "url" from the source of the event.)
-#
-# idp_brand: An optional brand for this identity provider, allowing clients
-# to style the login flow according to the identity provider in question.
-# See the spec for possible options here.
-#
-# discover: set to 'false' to disable the use of the OIDC discovery mechanism
-# to discover endpoints. Defaults to true.
-#
-# issuer: Required. The OIDC issuer. Used to validate tokens and (if discovery
-# is enabled) to discover the provider's endpoints.
-#
-# client_id: Required. oauth2 client id to use.
-#
-# client_secret: oauth2 client secret to use. May be omitted if
-# client_secret_jwt_key is given, or if client_auth_method is 'none'.
-#
-# client_secret_jwt_key: Alternative to client_secret: details of a key used
-# to create a JSON Web Token to be used as an OAuth2 client secret. If
-# given, must be a dictionary with the following properties:
-#
-# key: a pem-encoded signing key. Must be a suitable key for the
-# algorithm specified. Required unless 'key_file' is given.
-#
-# key_file: the path to file containing a pem-encoded signing key file.
-# Required unless 'key' is given.
-#
-# jwt_header: a dictionary giving properties to include in the JWT
-# header. Must include the key 'alg', giving the algorithm used to
-# sign the JWT, such as "ES256", using the JWA identifiers in
-# RFC7518.
-#
-# jwt_payload: an optional dictionary giving properties to include in
-# the JWT payload. Normally this should include an 'iss' key.
-#
-# client_auth_method: auth method to use when exchanging the token. Valid
-# values are 'client_secret_basic' (default), 'client_secret_post' and
-# 'none'.
-#
-# scopes: list of scopes to request. This should normally include the "openid"
-# scope. Defaults to ["openid"].
-#
-# authorization_endpoint: the oauth2 authorization endpoint. Required if
-# provider discovery is disabled.
-#
-# token_endpoint: the oauth2 token endpoint. Required if provider discovery is
-# disabled.
-#
-# userinfo_endpoint: the OIDC userinfo endpoint. Required if discovery is
-# disabled and the 'openid' scope is not requested.
-#
-# jwks_uri: URI where to fetch the JWKS. Required if discovery is disabled and
-# the 'openid' scope is used.
-#
-# skip_verification: set to 'true' to skip metadata verification. Use this if
-# you are connecting to a provider that is not OpenID Connect compliant.
-# Defaults to false. Avoid this in production.
-#
-# user_profile_method: Whether to fetch the user profile from the userinfo
-# endpoint, or to rely on the data returned in the id_token from the
-# token_endpoint.
-#
-# Valid values are: 'auto' or 'userinfo_endpoint'.
-#
-# Defaults to 'auto', which uses the userinfo endpoint if 'openid' is
-# not included in 'scopes'. Set to 'userinfo_endpoint' to always use the
-# userinfo endpoint.
-#
-# allow_existing_users: set to 'true' to allow a user logging in via OIDC to
-# match a pre-existing account instead of failing. This could be used if
-# switching from password logins to OIDC. Defaults to false.
-#
-# user_mapping_provider: Configuration for how attributes returned from a OIDC
-# provider are mapped onto a matrix user. This setting has the following
-# sub-properties:
-#
-# module: The class name of a custom mapping module. Default is
-# 'synapse.handlers.oidc.JinjaOidcMappingProvider'.
-# See https://matrix-org.github.io/synapse/latest/sso_mapping_providers.html#openid-mapping-providers
-# for information on implementing a custom mapping provider.
-#
-# config: Configuration for the mapping provider module. This section will
-# be passed as a Python dictionary to the user mapping provider
-# module's `parse_config` method.
-#
-# For the default provider, the following settings are available:
-#
-# subject_claim: name of the claim containing a unique identifier
-# for the user. Defaults to 'sub', which OpenID Connect
-# compliant providers should provide.
-#
-# localpart_template: Jinja2 template for the localpart of the MXID.
-# If this is not set, the user will be prompted to choose their
-# own username (see the documentation for the
-# 'sso_auth_account_details.html' template). This template can
-# use the 'localpart_from_email' filter.
-#
-# confirm_localpart: Whether to prompt the user to validate (or
-# change) the generated localpart (see the documentation for the
-# 'sso_auth_account_details.html' template), instead of
-# registering the account right away.
-#
-# display_name_template: Jinja2 template for the display name to set
-# on first login. If unset, no displayname will be set.
-#
-# email_template: Jinja2 template for the email address of the user.
-# If unset, no email address will be added to the account.
-#
-# extra_attributes: a map of Jinja2 templates for extra attributes
-# to send back to the client during login.
-# Note that these are non-standard and clients will ignore them
-# without modifications.
-#
-# When rendering, the Jinja2 templates are given a 'user' variable,
-# which is set to the claims returned by the UserInfo Endpoint and/or
-# in the ID Token.
-#
-# It is possible to configure Synapse to only allow logins if certain attributes
-# match particular values in the OIDC userinfo. The requirements can be listed under
-# `attribute_requirements` as shown below. All of the listed attributes must
-# match for the login to be permitted. Additional attributes can be added to
-# userinfo by expanding the `scopes` section of the OIDC config to retrieve
-# additional information from the OIDC provider.
-#
-# If the OIDC claim is a list, then the attribute must match any value in the list.
-# Otherwise, it must exactly match the value of the claim. Using the example
-# below, the `family_name` claim MUST be "Stephensson", but the `groups`
-# claim MUST contain "admin".
-#
-# attribute_requirements:
-# - attribute: family_name
-# value: "Stephensson"
-# - attribute: groups
-# value: "admin"
-#
-# See https://matrix-org.github.io/synapse/latest/openid.html
-# for information on how to configure these options.
-#
-# For backwards compatibility, it is also possible to configure a single OIDC
-# provider via an 'oidc_config' setting. This is now deprecated and admins are
-# advised to migrate to the 'oidc_providers' format. (When doing that migration,
-# use 'oidc' for the idp_id to ensure that existing users continue to be
-# recognised.)
-#
-oidc_providers:
- # Generic example
- #
- #- idp_id: my_idp
- # idp_name: "My OpenID provider"
- # idp_icon: "mxc://example.com/mediaid"
- # discover: false
- # issuer: "https://accounts.example.com/"
- # client_id: "provided-by-your-issuer"
- # client_secret: "provided-by-your-issuer"
- # client_auth_method: client_secret_post
- # scopes: ["openid", "profile"]
- # authorization_endpoint: "https://accounts.example.com/oauth2/auth"
- # token_endpoint: "https://accounts.example.com/oauth2/token"
- # userinfo_endpoint: "https://accounts.example.com/userinfo"
- # jwks_uri: "https://accounts.example.com/.well-known/jwks.json"
- # skip_verification: true
- # user_mapping_provider:
- # config:
- # subject_claim: "id"
- # localpart_template: "{{ user.login }}"
- # display_name_template: "{{ user.name }}"
- # email_template: "{{ user.email }}"
- # attribute_requirements:
- # - attribute: userGroup
- # value: "synapseUsers"
-
-
-# Enable Central Authentication Service (CAS) for registration and login.
-#
-cas_config:
- # Uncomment the following to enable authorization against a CAS server.
- # Defaults to false.
- #
- #enabled: true
-
- # The URL of the CAS authorization endpoint.
- #
- #server_url: "https://cas-server.com"
-
- # The attribute of the CAS response to use as the display name.
- #
- # If unset, no displayname will be set.
- #
- #displayname_attribute: name
-
- # It is possible to configure Synapse to only allow logins if CAS attributes
- # match particular values. All of the keys in the mapping below must exist
- # and the values must match the given value. Alternately if the given value
- # is None then any value is allowed (the attribute just must exist).
- # All of the listed attributes must match for the login to be permitted.
- #
- #required_attributes:
- # userGroup: "staff"
- # department: None
-
-
-# Additional settings to use with single-sign on systems such as OpenID Connect,
-# SAML2 and CAS.
-#
-# Server admins can configure custom templates for pages related to SSO. See
-# https://matrix-org.github.io/synapse/latest/templates.html for more information.
-#
-sso:
- # A list of client URLs which are whitelisted so that the user does not
- # have to confirm giving access to their account to the URL. Any client
- # whose URL starts with an entry in the following list will not be subject
- # to an additional confirmation step after the SSO login is completed.
- #
- # WARNING: An entry such as "https://my.client" is insecure, because it
- # will also match "https://my.client.evil.site", exposing your users to
- # phishing attacks from evil.site. To avoid this, include a slash after the
- # hostname: "https://my.client/".
- #
- # The login fallback page (used by clients that don't natively support the
- # required login flows) is whitelisted in addition to any URLs in this list.
- #
- # By default, this list contains only the login fallback page.
- #
- #client_whitelist:
- # - https://riot.im/develop
- # - https://my.custom.client/
-
- # Uncomment to keep a user's profile fields in sync with information from
- # the identity provider. Currently only syncing the displayname is
- # supported. Fields are checked on every SSO login, and are updated
- # if necessary.
- #
- # Note that enabling this option will override user profile information,
- # regardless of whether users have opted-out of syncing that
- # information when first signing in. Defaults to false.
- #
- #update_profile_information: true
-
-
-# JSON web token integration. The following settings can be used to make
-# Synapse JSON web tokens for authentication, instead of its internal
-# password database.
-#
-# Each JSON Web Token needs to contain a "sub" (subject) claim, which is
-# used as the localpart of the mxid.
-#
-# Additionally, the expiration time ("exp"), not before time ("nbf"),
-# and issued at ("iat") claims are validated if present.
-#
-# Note that this is a non-standard login type and client support is
-# expected to be non-existent.
-#
-# See https://matrix-org.github.io/synapse/latest/jwt.html.
-#
-#jwt_config:
- # Uncomment the following to enable authorization using JSON web
- # tokens. Defaults to false.
- #
- #enabled: true
-
- # This is either the private shared secret or the public key used to
- # decode the contents of the JSON web token.
- #
- # Required if 'enabled' is true.
- #
- #secret: "provided-by-your-issuer"
-
- # The algorithm used to sign the JSON web token.
- #
- # Supported algorithms are listed at
- # https://pyjwt.readthedocs.io/en/latest/algorithms.html
- #
- # Required if 'enabled' is true.
- #
- #algorithm: "provided-by-your-issuer"
-
- # Name of the claim containing a unique identifier for the user.
- #
- # Optional, defaults to `sub`.
- #
- #subject_claim: "sub"
-
- # The issuer to validate the "iss" claim against.
- #
- # Optional, if provided the "iss" claim will be required and
- # validated for all JSON web tokens.
- #
- #issuer: "provided-by-your-issuer"
-
- # A list of audiences to validate the "aud" claim against.
- #
- # Optional, if provided the "aud" claim will be required and
- # validated for all JSON web tokens.
- #
- # Note that if the "aud" claim is included in a JSON web token then
- # validation will fail without configuring audiences.
- #
- #audiences:
- # - "provided-by-your-issuer"
-
-
-password_config:
- # Uncomment to disable password login.
- # Set to `only_for_reauth` to permit reauthentication for users that
- # have passwords and are already logged in.
- #
- #enabled: false
-
- # Uncomment to disable authentication against the local password
- # database. This is ignored if `enabled` is false, and is only useful
- # if you have other password_providers.
- #
- #localdb_enabled: false
-
- # Uncomment and change to a secret random string for extra security.
- # DO NOT CHANGE THIS AFTER INITIAL SETUP!
- #
- #pepper: "EVEN_MORE_SECRET"
-
- # Define and enforce a password policy. Each parameter is optional.
- # This is an implementation of MSC2000.
- #
- policy:
- # Whether to enforce the password policy.
- # Defaults to 'false'.
- #
- #enabled: true
-
- # Minimum accepted length for a password.
- # Defaults to 0.
- #
- #minimum_length: 15
-
- # Whether a password must contain at least one digit.
- # Defaults to 'false'.
- #
- #require_digit: true
-
- # Whether a password must contain at least one symbol.
- # A symbol is any character that's not a number or a letter.
- # Defaults to 'false'.
- #
- #require_symbol: true
-
- # Whether a password must contain at least one lowercase letter.
- # Defaults to 'false'.
- #
- #require_lowercase: true
-
- # Whether a password must contain at least one uppercase letter.
- # Defaults to 'false'.
- #
- #require_uppercase: true
-
-ui_auth:
- # The amount of time to allow a user-interactive authentication session
- # to be active.
- #
- # This defaults to 0, meaning the user is queried for their credentials
- # before every action, but this can be overridden to allow a single
- # validation to be re-used. This weakens the protections afforded by
- # the user-interactive authentication process, by allowing for multiple
- # (and potentially different) operations to use the same validation session.
- #
- # This is ignored for potentially "dangerous" operations (including
- # deactivating an account, modifying an account password, and
- # adding a 3PID).
- #
- # Uncomment below to allow for credential validation to last for 15
- # seconds.
- #
- #session_timeout: "15s"
-
-
-# Configuration for sending emails from Synapse.
-#
-# Server admins can configure custom templates for email content. See
-# https://matrix-org.github.io/synapse/latest/templates.html for more information.
-#
-email:
- # The hostname of the outgoing SMTP server to use. Defaults to 'localhost'.
- #
- #smtp_host: mail.server
-
- # The port on the mail server for outgoing SMTP. Defaults to 25.
- #
- #smtp_port: 587
-
- # Username/password for authentication to the SMTP server. By default, no
- # authentication is attempted.
- #
- #smtp_user: "exampleusername"
- #smtp_pass: "examplepassword"
-
- # Uncomment the following to require TLS transport security for SMTP.
- # By default, Synapse will connect over plain text, and will then switch to
- # TLS via STARTTLS *if the SMTP server supports it*. If this option is set,
- # Synapse will refuse to connect unless the server supports STARTTLS.
- #
- #require_transport_security: true
-
- # Uncomment the following to disable TLS for SMTP.
- #
- # By default, if the server supports TLS, it will be used, and the server
- # must present a certificate that is valid for 'smtp_host'. If this option
- # is set to false, TLS will not be used.
- #
- #enable_tls: false
-
- # notif_from defines the "From" address to use when sending emails.
- # It must be set if email sending is enabled.
- #
- # The placeholder '%(app)s' will be replaced by the application name,
- # which is normally 'app_name' (below), but may be overridden by the
- # Matrix client application.
- #
- # Note that the placeholder must be written '%(app)s', including the
- # trailing 's'.
- #
- #notif_from: "Your Friendly %(app)s homeserver "
-
- # app_name defines the default value for '%(app)s' in notif_from and email
- # subjects. It defaults to 'Matrix'.
- #
- #app_name: my_branded_matrix_server
-
- # Uncomment the following to enable sending emails for messages that the user
- # has missed. Disabled by default.
- #
- #enable_notifs: true
-
- # Uncomment the following to disable automatic subscription to email
- # notifications for new users. Enabled by default.
- #
- #notif_for_new_users: false
-
- # Custom URL for client links within the email notifications. By default
- # links will be based on "https://matrix.to".
- #
- # (This setting used to be called riot_base_url; the old name is still
- # supported for backwards-compatibility but is now deprecated.)
- #
- #client_base_url: "http://localhost/riot"
-
- # Configure the time that a validation email will expire after sending.
- # Defaults to 1h.
- #
- #validation_token_lifetime: 15m
-
- # The web client location to direct users to during an invite. This is passed
- # to the identity server as the org.matrix.web_client_location key. Defaults
- # to unset, giving no guidance to the identity server.
- #
- #invite_client_location: https://app.element.io
-
- # Subjects to use when sending emails from Synapse.
- #
- # The placeholder '%(app)s' will be replaced with the value of the 'app_name'
- # setting above, or by a value dictated by the Matrix client application.
- #
- # If a subject isn't overridden in this configuration file, the value used as
- # its example will be used.
- #
- #subjects:
-
- # Subjects for notification emails.
- #
- # On top of the '%(app)s' placeholder, these can use the following
- # placeholders:
- #
- # * '%(person)s', which will be replaced by the display name of the user(s)
- # that sent the message(s), e.g. "Alice and Bob".
- # * '%(room)s', which will be replaced by the name of the room the
- # message(s) have been sent to, e.g. "My super room".
- #
- # See the example provided for each setting to see which placeholder can be
- # used and how to use them.
- #
- # Subject to use to notify about one message from one or more user(s) in a
- # room which has a name.
- #message_from_person_in_room: "[%(app)s] You have a message on %(app)s from %(person)s in the %(room)s room..."
- #
- # Subject to use to notify about one message from one or more user(s) in a
- # room which doesn't have a name.
- #message_from_person: "[%(app)s] You have a message on %(app)s from %(person)s..."
- #
- # Subject to use to notify about multiple messages from one or more users in
- # a room which doesn't have a name.
- #messages_from_person: "[%(app)s] You have messages on %(app)s from %(person)s..."
- #
- # Subject to use to notify about multiple messages in a room which has a
- # name.
- #messages_in_room: "[%(app)s] You have messages on %(app)s in the %(room)s room..."
- #
- # Subject to use to notify about multiple messages in multiple rooms.
- #messages_in_room_and_others: "[%(app)s] You have messages on %(app)s in the %(room)s room and others..."
- #
- # Subject to use to notify about multiple messages from multiple persons in
- # multiple rooms. This is similar to the setting above except it's used when
- # the room in which the notification was triggered has no name.
- #messages_from_person_and_others: "[%(app)s] You have messages on %(app)s from %(person)s and others..."
- #
- # Subject to use to notify about an invite to a room which has a name.
- #invite_from_person_to_room: "[%(app)s] %(person)s has invited you to join the %(room)s room on %(app)s..."
- #
- # Subject to use to notify about an invite to a room which doesn't have a
- # name.
- #invite_from_person: "[%(app)s] %(person)s has invited you to chat on %(app)s..."
-
- # Subject for emails related to account administration.
- #
- # On top of the '%(app)s' placeholder, these one can use the
- # '%(server_name)s' placeholder, which will be replaced by the value of the
- # 'server_name' setting in your Synapse configuration.
- #
- # Subject to use when sending a password reset email.
- #password_reset: "[%(server_name)s] Password reset"
- #
- # Subject to use when sending a verification email to assert an address's
- # ownership.
- #email_validation: "[%(server_name)s] Validate your email"
-
-
-
-## Push ##
-
-push:
- # Clients requesting push notifications can either have the body of
- # the message sent in the notification poke along with other details
- # like the sender, or just the event ID and room ID (`event_id_only`).
- # If clients choose the former, this option controls whether the
- # notification request includes the content of the event (other details
- # like the sender are still included). For `event_id_only` push, it
- # has no effect.
- #
- # For modern android devices the notification content will still appear
- # because it is loaded by the app. iPhone, however will send a
- # notification saying only that a message arrived and who it came from.
- #
- # The default value is "true" to include message details. Uncomment to only
- # include the event ID and room ID in push notification payloads.
- #
- #include_content: false
-
- # When a push notification is received, an unread count is also sent.
- # This number can either be calculated as the number of unread messages
- # for the user, or the number of *rooms* the user has unread messages in.
- #
- # The default value is "true", meaning push clients will see the number of
- # rooms with unread messages in them. Uncomment to instead send the number
- # of unread messages.
- #
- #group_unread_count_by_room: false
-
-
-## Rooms ##
-
-# Controls whether locally-created rooms should be end-to-end encrypted by
-# default.
-#
-# Possible options are "all", "invite", and "off". They are defined as:
-#
-# * "all": any locally-created room
-# * "invite": any room created with the "private_chat" or "trusted_private_chat"
-# room creation presets
-# * "off": this option will take no effect
-#
-# The default value is "off".
-#
-# Note that this option will only affect rooms created after it is set. It
-# will also not affect rooms created by other servers.
-#
-#encryption_enabled_by_default_for_room_type: invite
-
-# Override the default power levels for rooms created on this server, per
-# room creation preset.
-#
-# The appropriate dictionary for the room preset will be applied on top
-# of the existing power levels content.
-#
-# Useful if you know that your users need special permissions in rooms
-# that they create (e.g. to send particular types of state events without
-# needing an elevated power level). This takes the same shape as the
-# `power_level_content_override` parameter in the /createRoom API, but
-# is applied before that parameter.
-#
-# Valid keys are some or all of `private_chat`, `trusted_private_chat`
-# and `public_chat`. Inside each of those should be any of the
-# properties allowed in `power_level_content_override` in the
-# /createRoom API. If any property is missing, its default value will
-# continue to be used. If any property is present, it will overwrite
-# the existing default completely (so if the `events` property exists,
-# the default event power levels will be ignored).
-#
-#default_power_level_content_override:
-# private_chat:
-# "events":
-# "com.example.myeventtype" : 0
-# "m.room.avatar": 50
-# "m.room.canonical_alias": 50
-# "m.room.encryption": 100
-# "m.room.history_visibility": 100
-# "m.room.name": 50
-# "m.room.power_levels": 100
-# "m.room.server_acl": 100
-# "m.room.tombstone": 100
-# "events_default": 1
-
-
-
-# User Directory configuration
-#
-user_directory:
- # Defines whether users can search the user directory. If false then
- # empty responses are returned to all queries. Defaults to true.
- #
- # Uncomment to disable the user directory.
- #
- #enabled: false
-
- # Defines whether to search all users visible to your HS when searching
- # the user directory. If false, search results will only contain users
- # visible in public rooms and users sharing a room with the requester.
- # Defaults to false.
- #
- # NB. If you set this to true, and the last time the user_directory search
- # indexes were (re)built was before Synapse 1.44, you'll have to
- # rebuild the indexes in order to search through all known users.
- # These indexes are built the first time Synapse starts; admins can
- # manually trigger a rebuild via API following the instructions at
- # https://matrix-org.github.io/synapse/latest/usage/administration/admin_api/background_updates.html#run
- #
- # Uncomment to return search results containing all known users, even if that
- # user does not share a room with the requester.
- #
- #search_all_users: true
-
- # Defines whether to prefer local users in search query results.
- # If True, local users are more likely to appear above remote users
- # when searching the user directory. Defaults to false.
- #
- # Uncomment to prefer local over remote users in user directory search
- # results.
- #
- #prefer_local_users: true
-
-
-# User Consent configuration
-#
-# for detailed instructions, see
-# https://matrix-org.github.io/synapse/latest/consent_tracking.html
-#
-# Parts of this section are required if enabling the 'consent' resource under
-# 'listeners', in particular 'template_dir' and 'version'.
-#
-# 'template_dir' gives the location of the templates for the HTML forms.
-# This directory should contain one subdirectory per language (eg, 'en', 'fr'),
-# and each language directory should contain the policy document (named as
-# '.html') and a success page (success.html).
-#
-# 'version' specifies the 'current' version of the policy document. It defines
-# the version to be served by the consent resource if there is no 'v'
-# parameter.
-#
-# 'server_notice_content', if enabled, will send a user a "Server Notice"
-# asking them to consent to the privacy policy. The 'server_notices' section
-# must also be configured for this to work. Notices will *not* be sent to
-# guest users unless 'send_server_notice_to_guests' is set to true.
-#
-# 'block_events_error', if set, will block any attempts to send events
-# until the user consents to the privacy policy. The value of the setting is
-# used as the text of the error.
-#
-# 'require_at_registration', if enabled, will add a step to the registration
-# process, similar to how captcha works. Users will be required to accept the
-# policy before their account is created.
-#
-# 'policy_name' is the display name of the policy users will see when registering
-# for an account. Has no effect unless `require_at_registration` is enabled.
-# Defaults to "Privacy Policy".
-#
-#user_consent:
-# template_dir: res/templates/privacy
-# version: 1.0
-# server_notice_content:
-# msgtype: m.text
-# body: >-
-# To continue using this homeserver you must review and agree to the
-# terms and conditions at %(consent_uri)s
-# send_server_notice_to_guests: true
-# block_events_error: >-
-# To continue using this homeserver you must review and agree to the
-# terms and conditions at %(consent_uri)s
-# require_at_registration: false
-# policy_name: Privacy Policy
-#
-
-
-
-# Settings for local room and user statistics collection. See
-# https://matrix-org.github.io/synapse/latest/room_and_user_statistics.html.
-#
-stats:
- # Uncomment the following to disable room and user statistics. Note that doing
- # so may cause certain features (such as the room directory) not to work
- # correctly.
- #
- #enabled: false
-
-
-# Server Notices room configuration
-#
-# Uncomment this section to enable a room which can be used to send notices
-# from the server to users. It is a special room which cannot be left; notices
-# come from a special "notices" user id.
-#
-# If you uncomment this section, you *must* define the system_mxid_localpart
-# setting, which defines the id of the user which will be used to send the
-# notices.
-#
-# It's also possible to override the room name, the display name of the
-# "notices" user, and the avatar for the user.
-#
-#server_notices:
-# system_mxid_localpart: notices
-# system_mxid_display_name: "Server Notices"
-# system_mxid_avatar_url: "mxc://server.com/oumMVlgDnLYFaPVkExemNVVZ"
-# room_name: "Server Notices"
-
-
-
-# Uncomment to disable searching the public room list. When disabled
-# blocks searching local and remote room lists for local and remote
-# users by always returning an empty list for all queries.
-#
-#enable_room_list_search: false
-
-# The `alias_creation` option controls who's allowed to create aliases
-# on this server.
-#
-# The format of this option is a list of rules that contain globs that
-# match against user_id, room_id and the new alias (fully qualified with
-# server name). The action in the first rule that matches is taken,
-# which can currently either be "allow" or "deny".
-#
-# Missing user_id/room_id/alias fields default to "*".
-#
-# If no rules match the request is denied. An empty list means no one
-# can create aliases.
-#
-# Options for the rules include:
-#
-# user_id: Matches against the creator of the alias
-# alias: Matches against the alias being created
-# room_id: Matches against the room ID the alias is being pointed at
-# action: Whether to "allow" or "deny" the request if the rule matches
-#
-# The default is:
-#
-#alias_creation_rules:
-# - user_id: "*"
-# alias: "*"
-# room_id: "*"
-# action: allow
-
-# The `room_list_publication_rules` option controls who can publish and
-# which rooms can be published in the public room list.
-#
-# The format of this option is the same as that for
-# `alias_creation_rules`.
-#
-# If the room has one or more aliases associated with it, only one of
-# the aliases needs to match the alias rule. If there are no aliases
-# then only rules with `alias: *` match.
-#
-# If no rules match the request is denied. An empty list means no one
-# can publish rooms.
-#
-# Options for the rules include:
-#
-# user_id: Matches against the creator of the alias
-# room_id: Matches against the room ID being published
-# alias: Matches against any current local or canonical aliases
-# associated with the room
-# action: Whether to "allow" or "deny" the request if the rule matches
-#
-# The default is:
-#
-#room_list_publication_rules:
-# - user_id: "*"
-# alias: "*"
-# room_id: "*"
-# action: allow
-
-
-## Opentracing ##
-
-# These settings enable opentracing, which implements distributed tracing.
-# This allows you to observe the causal chains of events across servers
-# including requests, key lookups etc., across any server running
-# synapse or any other other services which supports opentracing
-# (specifically those implemented with Jaeger).
-#
-opentracing:
- # tracing is disabled by default. Uncomment the following line to enable it.
- #
- #enabled: true
-
- # The list of homeservers we wish to send and receive span contexts and span baggage.
- # See https://matrix-org.github.io/synapse/latest/opentracing.html.
- #
- # This is a list of regexes which are matched against the server_name of the
- # homeserver.
- #
- # By default, it is empty, so no servers are matched.
- #
- #homeserver_whitelist:
- # - ".*"
-
- # A list of the matrix IDs of users whose requests will always be traced,
- # even if the tracing system would otherwise drop the traces due to
- # probabilistic sampling.
- #
- # By default, the list is empty.
- #
- #force_tracing_for_users:
- # - "@user1:server_name"
- # - "@user2:server_name"
-
- # Jaeger can be configured to sample traces at different rates.
- # All configuration options provided by Jaeger can be set here.
- # Jaeger's configuration is mostly related to trace sampling which
- # is documented here:
- # https://www.jaegertracing.io/docs/latest/sampling/.
- #
- #jaeger_config:
- # sampler:
- # type: const
- # param: 1
- # logging:
- # false
-
-
-## Workers ##
-
-# Disables sending of outbound federation transactions on the main process.
-# Uncomment if using a federation sender worker.
-#
-#send_federation: false
-
-# It is possible to run multiple federation sender workers, in which case the
-# work is balanced across them.
-#
-# This configuration must be shared between all federation sender workers, and if
-# changed all federation sender workers must be stopped at the same time and then
-# started, to ensure that all instances are running with the same config (otherwise
-# events may be dropped).
-#
-#federation_sender_instances:
-# - federation_sender1
-
-# When using workers this should be a map from `worker_name` to the
-# HTTP replication listener of the worker, if configured.
-#
-#instance_map:
-# worker1:
-# host: localhost
-# port: 8034
-
-# Experimental: When using workers you can define which workers should
-# handle event persistence and typing notifications. Any worker
-# specified here must also be in the `instance_map`.
-#
-#stream_writers:
-# events: worker1
-# typing: worker1
-
-# The worker that is used to run background tasks (e.g. cleaning up expired
-# data). If not provided this defaults to the main process.
-#
-#run_background_tasks_on: worker1
-
-# A shared secret used by the replication APIs to authenticate HTTP requests
-# from workers.
-#
-# By default this is unused and traffic is not authenticated.
-#
-#worker_replication_secret: ""
-
-
-# Configuration for Redis when using workers. This *must* be enabled when
-# using workers (unless using old style direct TCP configuration).
-#
-redis:
- # Uncomment the below to enable Redis support.
- #
- #enabled: true
-
- # Optional host and port to use to connect to redis. Defaults to
- # localhost and 6379
- #
- #host: localhost
- #port: 6379
-
- # Optional password if configured on the Redis instance
- #
- #password:
-
-
-## Background Updates ##
-
-# Background updates are database updates that are run in the background in batches.
-# The duration, minimum batch size, default batch size, whether to sleep between batches and if so, how long to
-# sleep can all be configured. This is helpful to speed up or slow down the updates.
-#
-background_updates:
- # How long in milliseconds to run a batch of background updates for. Defaults to 100. Uncomment and set
- # a time to change the default.
- #
- #background_update_duration_ms: 500
-
- # Whether to sleep between updates. Defaults to True. Uncomment to change the default.
- #
- #sleep_enabled: false
-
- # If sleeping between updates, how long in milliseconds to sleep for. Defaults to 1000. Uncomment
- # and set a duration to change the default.
- #
- #sleep_duration_ms: 300
-
- # Minimum size a batch of background updates can be. Must be greater than 0. Defaults to 1. Uncomment and
- # set a size to change the default.
- #
- #min_batch_size: 10
-
- # The batch size to use for the first iteration of a new background update. The default is 100.
- # Uncomment and set a size to change the default.
- #
- #default_batch_size: 50
diff --git a/latest/searchindex.js b/latest/searchindex.js
index b5d71a54e9..e7170e8802 100644
--- a/latest/searchindex.js
+++ b/latest/searchindex.js
@@ -1 +1 @@
-Object.assign(window.search, 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See how to upgrade between Synapse versions. Administer your instance using the Admin API , installing pluggable modules , or by accessing the manhole . Learn how to read log lines , configure logging or set up structured logging . Scale Synapse through additional worker processes . Set up monitoring and metrics to keep an eye on your Synapse instance's performance.","breadcrumbs":"Welcome and Overview » Installing and using Synapse","id":"1","title":"Installing and using Synapse"},"10":{"body":"Once you have installed synapse as above, you will need to configure it.","breadcrumbs":"Installation » Setting up Synapse","id":"10","title":"Setting up Synapse"},"100":{"body":"","breadcrumbs":"Upgrading between Synapse Versions » Upgrading to v1.47.0","id":"100","title":"Upgrading to v1.47.0"},"101":{"body":"The following admin APIs were deprecated in Synapse 1.34 (released on 2021-05-17) and have now been removed: POST /_synapse/admin/v1//delete Any scripts still using the above APIs should be converted to use the Delete Room API .","breadcrumbs":"Upgrading between Synapse Versions » Removal of old Room Admin API","id":"101","title":"Removal of old Room Admin API"},"102":{"body":"The user_may_create_room_with_invites is deprecated and will be removed in a future version of Synapse. Modules implementing this callback can instead implement user_may_invite and use the get_room_state module API method to infer whether the invite is happening in the context of creating a room. We plan to remove this callback in January 2022.","breadcrumbs":"Upgrading between Synapse Versions » Deprecation of the user_may_create_room_with_invites module callback","id":"102","title":"Deprecation of the user_may_create_room_with_invites module callback"},"103":{"body":"","breadcrumbs":"Upgrading between Synapse Versions » Upgrading to v1.45.0","id":"103","title":"Upgrading to v1.45.0"},"104":{"body":"Media storage provider modules that read from the Synapse configuration object (i.e. that read the value of hs.config.[...]) now need to specify the configuration section they're reading from. 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Almost all installations should opt to use PostgreSQL instead. Advantages include: significant performance improvements due to the superior threading and caching model, smarter query optimiser allowing the DB to be run on separate hardware For information on how to install and use PostgreSQL in Synapse, please see Using Postgres SQLite is only acceptable for testing purposes. SQLite should not be used in a production server. 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This is due to the new DELETE method of this endpoint modifying the media store.","breadcrumbs":"Upgrading between Synapse Versions » /_synapse/admin/v1/users/{userId}/media must be handled by media workers","id":"116","title":"/_synapse/admin/v1/users/{userId}/media must be handled by media workers"},"117":{"body":"","breadcrumbs":"Upgrading between Synapse Versions » Upgrading to v1.39.0","id":"117","title":"Upgrading to v1.39.0"},"118":{"body":"The current third-party rules module interface is deprecated in favour of the new generic modules system introduced in Synapse v1.37.0. Authors of third-party rules modules can refer to this documentation to update their modules. Synapse administrators can refer to this documentation to update their configuration once the modules they are using have been updated. 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To do so, you will need to edit homeserver.yaml, as follows: First, under the listeners section, uncomment the configuration for the TLS-enabled listener. (Remove the hash sign (#) at the start of each line). The relevant lines are like this: - port: 8448 type: http tls: true resources: - names: [client, federation] You will also need to uncomment the tls_certificate_path and tls_private_key_path lines under the TLS section. You will need to manage provisioning of these certificates yourself. If you are using your own certificate, be sure to use a .pem file that includes the full certificate chain including any intermediate certificates (for instance, if using certbot, use fullchain.pem as your certificate, not cert.pem). 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The default value used to be: room_invite_state_types: - \"m.room.join_rules\" - \"m.room.canonical_alias\" - \"m.room.avatar\" - \"m.room.encryption\" - \"m.room.name\" If you have customised this value, you should remove room_invite_state_types and configure room_prejoin_state instead.","breadcrumbs":"Upgrading between Synapse Versions » room_invite_state_types configuration setting","id":"124","title":"room_invite_state_types configuration setting"},"125":{"body":"","breadcrumbs":"Upgrading between Synapse Versions » Upgrading to v1.33.0","id":"125","title":"Upgrading to v1.33.0"},"126":{"body":"This may affect you if you have enabled the account validity feature, and have made use of a custom HTML template specified by the account_validity.template_dir or account_validity.account_renewed_html_path Synapse config options. The template can now accept an expiration_ts variable, which represents the unix timestamp in milliseconds for the future date of which their account has been renewed until. See the default template for an example of usage. ALso note that a new HTML template, account_previously_renewed.html, has been added. This is is shown to users when they attempt to renew their account with a valid renewal token that has already been used before. The default template contents can been found here , and can also accept an expiration_ts variable. This template replaces the error message users would previously see upon attempting to use a valid renewal token more than once.","breadcrumbs":"Upgrading between Synapse Versions » Account Validity HTML templates can now display a user's expiration date","id":"126","title":"Account Validity HTML templates can now display a user's expiration date"},"127":{"body":"","breadcrumbs":"Upgrading between Synapse Versions » Upgrading to v1.32.0","id":"127","title":"Upgrading to v1.32.0"},"128":{"body":"This release introduces a regression that can overwhelm connected Prometheus instances. This issue is not present in Synapse v1.32.0rc1. If you have been affected, please downgrade to 1.31.0. You then may need to remove excess writeahead logs in order for Prometheus to recover. Instructions for doing so are provided here .","breadcrumbs":"Upgrading between Synapse Versions » Regression causing connected Prometheus instances to become overwhelmed","id":"128","title":"Regression causing connected Prometheus instances to become overwhelmed"},"129":{"body":"In line with our deprecation policy , we've dropped support for Python 3.5 and PostgreSQL 9.5, as they are no longer supported upstream. This release of Synapse requires Python 3.6+ and PostgresSQL 9.6+ or SQLite 3.22+.","breadcrumbs":"Upgrading between Synapse Versions » Dropping support for old Python, Postgres and SQLite versions","id":"129","title":"Dropping support for old Python, Postgres and SQLite versions"},"13":{"body":"Setting up the client Well-Known URI is optional but if you set it up, it will allow users to enter their full username (e.g. @user:) into clients which support well-known lookup to automatically configure the homeserver and identity server URLs. This is useful so that users don't have to memorize or think about the actual homeserver URL you are using. The URL https:///.well-known/matrix/client should return JSON in the following format. { \"m.homeserver\": { \"base_url\": \"https://\" }\n} It can optionally contain identity server information as well. { \"m.homeserver\": { \"base_url\": \"https://\" }, \"m.identity_server\": { \"base_url\": \"https://\" }\n} To work in browser based clients, the file must be served with the appropriate Cross-Origin Resource Sharing (CORS) headers. A recommended value would be Access-Control-Allow-Origin: * which would allow all browser based clients to view it. In nginx this would be something like: location /.well-known/matrix/client { return 200 '{\"m.homeserver\": {\"base_url\": \"https://\"}}'; default_type application/json; add_header Access-Control-Allow-Origin *;\n} You should also ensure the public_baseurl option in homeserver.yaml is set correctly. public_baseurl should be set to the URL that clients will use to connect to your server. This is the same URL you put for the m.homeserver base_url above. public_baseurl: \"https://\"","breadcrumbs":"Installation » Client Well-Known URI","id":"13","title":"Client Well-Known URI"},"130":{"body":"The deprecated v1 \"list accounts\" admin API (GET /_synapse/admin/v1/users/) has been removed in this version. The v2 list accounts API has been available since Synapse 1.7.0 (2019-12-13), and is accessible under GET /_synapse/admin/v2/users. The deprecation of the old endpoint was announced with Synapse 1.28.0 (released on 2021-02-25).","breadcrumbs":"Upgrading between Synapse Versions » Removal of old List Accounts Admin API","id":"130","title":"Removal of old List Accounts Admin API"},"131":{"body":"In compliance with the Application Service spec , Application Services are now required to use the m.login.application_service type when registering users via the /_matrix/client/r0/register endpoint. This behaviour was deprecated in Synapse v1.30.0. Please ensure your Application Services are up to date.","breadcrumbs":"Upgrading between Synapse Versions » Application Services must use type m.login.application_service when registering users","id":"131","title":"Application Services must use type m.login.application_service when registering users"},"132":{"body":"","breadcrumbs":"Upgrading between Synapse Versions » Upgrading to v1.29.0","id":"132","title":"Upgrading to v1.29.0"},"133":{"body":"When using Synapse with a reverse proxy (in particular, when using the x_forwarded option on an HTTP listener), Synapse now expects to receive an X-Forwarded-Proto header on incoming HTTP requests. If it is not set, Synapse will log a warning on each received request. To avoid the warning, administrators using a reverse proxy should ensure that the reverse proxy sets X-Forwarded-Proto header to https or http to indicate the protocol used by the client. Synapse also requires the Host header to be preserved. See the reverse proxy documentation , where the example configurations have been updated to show how to set these headers. (Users of Caddy are unaffected, since we believe it sets X-Forwarded-Proto by default.)","breadcrumbs":"Upgrading between Synapse Versions » Requirement for X-Forwarded-Proto header","id":"133","title":"Requirement for X-Forwarded-Proto header"},"134":{"body":"","breadcrumbs":"Upgrading between Synapse Versions » Upgrading to v1.27.0","id":"134","title":"Upgrading to v1.27.0"},"135":{"body":"This version changes the URI used for callbacks from OAuth2 and SAML2 identity providers: If your server is configured for single sign-on via an OpenID Connect or OAuth2 identity provider, you will need to add [synapse public baseurl]/_synapse/client/oidc/callback to the list of permitted \"redirect URIs\" at the identity provider. See the OpenID docs for more information on setting up OpenID Connect. If your server is configured for single sign-on via a SAML2 identity provider, you will need to add [synapse public baseurl]/_synapse/client/saml2/authn_response as a permitted \"ACS location\" (also known as \"allowed callback URLs\") at the identity provider. The \"Issuer\" in the \"AuthnRequest\" to the SAML2 identity provider is also updated to [synapse public baseurl]/_synapse/client/saml2/metadata.xml. If your SAML2 identity provider uses this property to validate or otherwise identify Synapse, its configuration will need to be updated to use the new URL. Alternatively you could create a new, separate \"EntityDescriptor\" in your SAML2 identity provider with the new URLs and leave the URLs in the existing \"EntityDescriptor\" as they were.","breadcrumbs":"Upgrading between Synapse Versions » Changes to callback URI for OAuth2 / OpenID Connect and SAML2","id":"135","title":"Changes to callback URI for OAuth2 / OpenID Connect and SAML2"},"136":{"body":"The HTML templates for SSO and email notifications now have Jinja2's autoescape enabled for files ending in .html, .htm, and .xml. If you have customised these templates and see issues when viewing them you might need to update them. It is expected that most configurations will need no changes. If you have customised the templates names for these templates, it is recommended to verify they end in .html to ensure autoescape is enabled. The above applies to the following templates: add_threepid.html add_threepid_failure.html add_threepid_success.html notice_expiry.html notice_expiry.html notif_mail.html (which, by default, includes room.html and notif.html) password_reset.html password_reset_confirmation.html password_reset_failure.html password_reset_success.html registration.html registration_failure.html registration_success.html sso_account_deactivated.html sso_auth_bad_user.html sso_auth_confirm.html sso_auth_success.html sso_error.html sso_login_idp_picker.html sso_redirect_confirm.html","breadcrumbs":"Upgrading between Synapse Versions » Changes to HTML templates","id":"136","title":"Changes to HTML templates"},"137":{"body":"","breadcrumbs":"Upgrading between Synapse Versions » Upgrading to v1.26.0","id":"137","title":"Upgrading to v1.26.0"},"138":{"body":"v1.26.0 includes a lot of large changes. If something problematic occurs, you may want to roll-back to a previous version of Synapse. Because v1.26.0 also includes a new database schema version, reverting that version is also required alongside the generic rollback instructions mentioned above. In short, to roll back to v1.25.0 you need to: Stop the server Decrease the schema version in the database: UPDATE schema_version SET version = 58; Delete the ignored users & chain cover data: DROP TABLE IF EXISTS ignored_users;\nUPDATE rooms SET has_auth_chain_index = false; For PostgreSQL run: TRUNCATE event_auth_chain_links;\nTRUNCATE event_auth_chains; For SQLite run: DELETE FROM event_auth_chain_links;\nDELETE FROM event_auth_chains; Mark the deltas as not run (so they will re-run on upgrade). DELETE FROM applied_schema_deltas WHERE version = 59 AND file = \"59/01ignored_user.py\";\nDELETE FROM applied_schema_deltas WHERE version = 59 AND file = \"59/06chain_cover_index.sql\"; Downgrade Synapse by following the instructions for your installation method in the \"Rolling back to older versions\" section above.","breadcrumbs":"Upgrading between Synapse Versions » Rolling back to v1.25.0 after a failed upgrade","id":"138","title":"Rolling back to v1.25.0 after a failed upgrade"},"139":{"body":"","breadcrumbs":"Upgrading between Synapse Versions » Upgrading to v1.25.0","id":"139","title":"Upgrading to v1.25.0"},"14":{"body":"It is desirable for Synapse to have the capability to send email. This allows Synapse to send password reset emails, send verifications when an email address is added to a user's account, and send email notifications to users when they receive new messages. To configure an SMTP server for Synapse, modify the configuration section headed email, and be sure to have at least the smtp_host, smtp_port and notif_from fields filled out. You may also need to set smtp_user, smtp_pass, and require_transport_security. If email is not configured, password reset, registration and notifications via email will be disabled.","breadcrumbs":"Installation » Email","id":"14","title":"Email"},"140":{"body":"This is the last release of Synapse which guarantees support with Python 3.5, which passed its upstream End of Life date several months ago. We will attempt to maintain support through March 2021, but without guarantees. In the future, Synapse will follow upstream schedules for ending support of older versions of Python and PostgreSQL. Please upgrade to at least Python 3.6 and PostgreSQL 9.6 as soon as possible.","breadcrumbs":"Upgrading between Synapse Versions » Last release supporting Python 3.5","id":"140","title":"Last release supporting Python 3.5"},"141":{"body":"Synapse v1.25.0 includes new settings, ip_range_blacklist and ip_range_whitelist, for controlling outgoing requests from Synapse for federation, identity servers, push, and for checking key validity for third-party invite events. The previous setting, federation_ip_range_blacklist, is deprecated. The new ip_range_blacklist defaults to private IP ranges if it is not defined. If you have never customised federation_ip_range_blacklist it is recommended that you remove that setting. If you have customised federation_ip_range_blacklist you should update the setting name to ip_range_blacklist. If you have a custom push server that is reached via private IP space you may need to customise ip_range_blacklist or ip_range_whitelist.","breadcrumbs":"Upgrading between Synapse Versions » Blacklisting IP ranges","id":"141","title":"Blacklisting IP ranges"},"142":{"body":"","breadcrumbs":"Upgrading between Synapse Versions » Upgrading to v1.24.0","id":"142","title":"Upgrading to v1.24.0"},"143":{"body":"This release allows the OpenID Connect mapping provider to perform normalisation of the localpart of the Matrix ID. This allows for the mapping provider to specify different algorithms, instead of the default way . If your Synapse configuration uses a custom mapping provider (oidc_config.user_mapping_provider.module is specified and not equal to synapse.handlers.oidc_handler.JinjaOidcMappingProvider) then you must ensure that map_user_attributes of the mapping provider performs some normalisation of the localpart returned. To match previous behaviour you can use the map_username_to_mxid_localpart function provided by Synapse. An example is shown below: from synapse.types import map_username_to_mxid_localpart class MyMappingProvider: def map_user_attributes(self, userinfo, token): # ... your custom logic ... sso_user_id = ... localpart = map_username_to_mxid_localpart(sso_user_id) return {\"localpart\": localpart}","breadcrumbs":"Upgrading between Synapse Versions » Custom OpenID Connect mapping provider breaking change","id":"143","title":"Custom OpenID Connect mapping provider breaking change"},"144":{"body":"Historically, the Synapse Admin API has been accessible under: /_matrix/client/api/v1/admin /_matrix/client/unstable/admin /_matrix/client/r0/admin /_synapse/admin/v1 The endpoints with /_matrix/client/* prefixes have been removed as of v1.24.0. The Admin API is now only accessible under: /_synapse/admin/v1 The only exception is the /admin/whois endpoint, which is also available via the client-server API . The deprecation of the old endpoints was announced with Synapse 1.20.0 (released on 2020-09-22) and makes it easier for homeserver admins to lock down external access to the Admin API endpoints.","breadcrumbs":"Upgrading between Synapse Versions » Removal historical Synapse Admin API","id":"144","title":"Removal historical Synapse Admin API"},"145":{"body":"","breadcrumbs":"Upgrading between Synapse Versions » Upgrading to v1.23.0","id":"145","title":"Upgrading to v1.23.0"},"146":{"body":"This release deprecates use of the structured: true logging configuration for structured logging. If your logging configuration contains structured: true then it should be modified based on the structured logging documentation . The structured and drains logging options are now deprecated and should be replaced by standard logging configuration of handlers and formatters. A future will release of Synapse will make using structured: true an error.","breadcrumbs":"Upgrading between Synapse Versions » Structured logging configuration breaking changes","id":"146","title":"Structured logging configuration breaking changes"},"147":{"body":"","breadcrumbs":"Upgrading between Synapse Versions » Upgrading to v1.22.0","id":"147","title":"Upgrading to v1.22.0"},"148":{"body":"This release introduces a backwards-incompatible change to modules making use of ThirdPartyEventRules in Synapse. If you make use of a module defined under the third_party_event_rules config option, please make sure it is updated to handle the below change: The http_client argument is no longer passed to modules as they are initialised. Instead, modules are expected to make use of the http_client property on the ModuleApi class. Modules are now passed a module_api argument during initialisation, which is an instance of ModuleApi. ModuleApi instances have a http_client property which acts the same as the http_client argument previously passed to ThirdPartyEventRules modules.","breadcrumbs":"Upgrading between Synapse Versions » ThirdPartyEventRules breaking changes","id":"148","title":"ThirdPartyEventRules breaking changes"},"149":{"body":"","breadcrumbs":"Upgrading between Synapse Versions » Upgrading to v1.21.0","id":"149","title":"Upgrading to v1.21.0"},"15":{"body":"The easiest way to create a new user is to do so from a client like Element . Alternatively, you can do so from the command line. This can be done as follows: If synapse was installed via pip, activate the virtualenv as follows (if Synapse was installed via a prebuilt package, register_new_matrix_user should already be on the search path): cd ~/synapse\nsource env/bin/activate\nsynctl start # if not already running Run the following command: register_new_matrix_user -c homeserver.yaml http://localhost:8008 This will prompt you to add details for the new user, and will then connect to the running Synapse to create the new user. For example: New user localpart: erikj\nPassword:\nConfirm password:\nMake admin [no]:\nSuccess! This process uses a setting registration_shared_secret in homeserver.yaml, which is shared between Synapse itself and the register_new_matrix_user script. It doesn't matter what it is (a random value is generated by --generate-config), but it should be kept secret, as anyone with knowledge of it can register users, including admin accounts, on your server even if enable_registration is false.","breadcrumbs":"Installation » Registering a user","id":"15","title":"Registering a user"},"150":{"body":"The reverse proxy documentation has been updated to include reverse proxy directives for /_synapse/client/* endpoints. As the user password reset flow now uses endpoints under this prefix, you must update your reverse proxy configurations for user password reset to work . Additionally, note that the Synapse worker documentation has been updated to : state that the /_synapse/client/password_reset/email/submit_token endpoint can be handled by all workers. If you make use of Synapse's worker feature, please update your reverse proxy configuration to reflect this change.","breadcrumbs":"Upgrading between Synapse Versions » Forwarding /_synapse/client through your reverse proxy","id":"150","title":"Forwarding /_synapse/client through your reverse proxy"},"151":{"body":"A new HTML template, password_reset_confirmation.html , has been added to the synapse/res/templates directory. If you are using a custom template directory, you may want to copy the template over and modify it. Note that as of v1.20.0, templates do not need to be included in custom template directories for Synapse to start. The default templates will be used if a custom template cannot be found. This page will appear to the user after clicking a password reset link that has been emailed to them. To complete password reset, the page must include a way to make a POST request to /_synapse/client/password_reset/{medium}/submit_token with the query parameters from the original link, presented as a URL-encoded form. See the file itself for more details.","breadcrumbs":"Upgrading between Synapse Versions » New HTML templates","id":"151","title":"New HTML templates"},"152":{"body":"The saml_error.html template was removed from Synapse and replaced with the sso_error.html template. If your Synapse is configured to use SAML and a custom sso_redirect_confirm_template_dir configuration then any customisations of the saml_error.html template will need to be merged into the sso_error.html template. These templates are similar, but the parameters are slightly different: The msg parameter should be renamed to error_description. There is no longer a code parameter for the response code. A string error parameter is available that includes a short hint of why a user is seeing the error page.","breadcrumbs":"Upgrading between Synapse Versions » Updated Single Sign-on HTML Templates","id":"152","title":"Updated Single Sign-on HTML Templates"},"153":{"body":"","breadcrumbs":"Upgrading between Synapse Versions » Upgrading to v1.18.0","id":"153","title":"Upgrading to v1.18.0"},"154":{"body":"From 10th August 2020, we will no longer publish Docker images with the -py3 tag suffix. The images tagged with the -py3 suffix have been identical to the non-suffixed tags since release 0.99.0, and the suffix is obsolete. On 10th August, we will remove the latest-py3 tag. Existing per-release tags (such as v1.18.0-py3 will not be removed, but no new -py3 tags will be added. Scripts relying on the -py3 suffix will need to be updated.","breadcrumbs":"Upgrading between Synapse Versions » Docker -py3 suffix will be removed in future versions","id":"154","title":"Docker -py3 suffix will be removed in future versions"},"155":{"body":"When setting up worker processes, we now recommend the use of a Redis server for replication. The old direct TCP connection method is deprecated and will be removed in a future release. See workers for more details.","breadcrumbs":"Upgrading between Synapse Versions » Redis replication is now recommended in lieu of TCP replication","id":"155","title":"Redis replication is now recommended in lieu of TCP replication"},"156":{"body":"This version includes a database update which is run as part of the upgrade, and which may take a couple of minutes in the case of a large server. Synapse will not respond to HTTP requests while this update is taking place.","breadcrumbs":"Upgrading between Synapse Versions » Upgrading to v1.14.0","id":"156","title":"Upgrading to v1.14.0"},"157":{"body":"","breadcrumbs":"Upgrading between Synapse Versions » Upgrading to v1.13.0","id":"157","title":"Upgrading to v1.13.0"},"158":{"body":"A bug was introduced in Synapse 1.4.0 which could cause the room directory to be incomplete or empty if Synapse was upgraded directly from v1.2.1 or earlier, to versions between v1.4.0 and v1.12.x. This will not be a problem for Synapse installations which were: : - created at v1.4.0 or later, - upgraded via v1.3.x, or - upgraded straight from v1.2.1 or earlier to v1.13.0 or later. If completeness of the room directory is a concern, installations which are affected can be repaired as follows: Run the following sql from a psql or sqlite3 console: INSERT INTO background_updates (update_name, progress_json, depends_on) VALUES ('populate_stats_process_rooms', '{}', 'current_state_events_membership'); INSERT INTO background_updates (update_name, progress_json, depends_on) VALUES ('populate_stats_process_users', '{}', 'populate_stats_process_rooms'); Restart synapse.","breadcrumbs":"Upgrading between Synapse Versions » Incorrect database migration in old synapse versions","id":"158","title":"Incorrect database migration in old synapse versions"},"159":{"body":"New templates (sso_auth_confirm.html, sso_auth_success.html, and sso_account_deactivated.html) were added to Synapse. If your Synapse is configured to use SSO and a custom sso_redirect_confirm_template_dir configuration then these templates will need to be copied from synapse/res/templates into that directory.","breadcrumbs":"Upgrading between Synapse Versions » New Single Sign-on HTML Templates","id":"159","title":"New Single Sign-on HTML Templates"},"16":{"body":"For reliable VoIP calls to be routed via this homeserver, you MUST configure a TURN server. See TURN setup for details.","breadcrumbs":"Installation » Setting up a TURN server","id":"16","title":"Setting up a TURN server"},"160":{"body":"Plugins using the complete_sso_login method of synapse.module_api.ModuleApi should update to using the async/await version complete_sso_login_async which includes additional checks. The non-async version is considered deprecated.","breadcrumbs":"Upgrading between Synapse Versions » Synapse SSO Plugins Method Deprecation","id":"160","title":"Synapse SSO Plugins Method Deprecation"},"161":{"body":"v1.13.0 includes a lot of large changes. If something problematic occurs, you may want to roll-back to a previous version of Synapse. Because v1.13.0 also includes a new database schema version, reverting that version is also required alongside the generic rollback instructions mentioned above. In short, to roll back to v1.12.4 you need to: Stop the server Decrease the schema version in the database: UPDATE schema_version SET version = 57; Downgrade Synapse by following the instructions for your installation method in the \"Rolling back to older versions\" section above.","breadcrumbs":"Upgrading between Synapse Versions » Rolling back to v1.12.4 after a failed upgrade","id":"161","title":"Rolling back to v1.12.4 after a failed upgrade"},"162":{"body":"This version includes a database update which is run as part of the upgrade, and which may take some time (several hours in the case of a large server). Synapse will not respond to HTTP requests while this update is taking place. This is only likely to be a problem in the case of a server which is participating in many rooms. As with all upgrades, it is recommended that you have a recent backup of your database which can be used for recovery in the event of any problems. As an initial check to see if you will be affected, you can try running the following query from the psql or sqlite3 console. It is safe to run it while Synapse is still running. SELECT MAX(q.v) FROM ( SELECT ( SELECT ej.json AS v FROM state_events se INNER JOIN event_json ej USING (event_id) WHERE se.room_id=rooms.room_id AND se.type='m.room.create' AND se.state_key='' LIMIT 1 ) FROM rooms WHERE rooms.room_version IS NULL\n) q; This query will take about the same amount of time as the upgrade process: ie, if it takes 5 minutes, then it is likely that Synapse will be unresponsive for 5 minutes during the upgrade. If you consider an outage of this duration to be acceptable, no further action is necessary and you can simply start Synapse 1.12.0. If you would prefer to reduce the downtime, continue with the steps below. The easiest workaround for this issue is to manually create a new index before upgrading. On PostgreSQL, his can be done as follows: CREATE INDEX CONCURRENTLY tmp_upgrade_1_12_0_index\nON state_events(room_id) WHERE type = 'm.room.create'; The above query may take some time, but is also safe to run while Synapse is running. We assume that no SQLite users have databases large enough to be affected. If you are affected, you can run a similar query, omitting the CONCURRENTLY keyword. Note however that this operation may in itself cause Synapse to stop running for some time. Synapse admins are reminded that SQLite is not recommended for use outside a test environment . Once the index has been created, the SELECT query in step 1 above should complete quickly. It is therefore safe to upgrade to Synapse 1.12.0. Once Synapse 1.12.0 has successfully started and is responding to HTTP requests, the temporary index can be removed: DROP INDEX tmp_upgrade_1_12_0_index;","breadcrumbs":"Upgrading between Synapse Versions » Upgrading to v1.12.0","id":"162","title":"Upgrading to v1.12.0"},"163":{"body":"Synapse will now log a warning on start up if used with a PostgreSQL database that has a non-recommended locale set. See Postgres for details.","breadcrumbs":"Upgrading between Synapse Versions » Upgrading to v1.10.0","id":"163","title":"Upgrading to v1.10.0"},"164":{"body":"Specifying a log_file config option will now cause Synapse to refuse to start, and should be replaced by with the log_config option. Support for the log_file option was removed in v1.3.0 and has since had no effect.","breadcrumbs":"Upgrading between Synapse Versions » Upgrading to v1.8.0","id":"164","title":"Upgrading to v1.8.0"},"165":{"body":"In an attempt to configure Synapse in a privacy preserving way, the default behaviours of allow_public_rooms_without_auth and allow_public_rooms_over_federation have been inverted. This means that by default, only authenticated users querying the Client/Server API will be able to query the room directory, and relatedly that the server will not share room directory information with other servers over federation. If your installation does not explicitly set these settings one way or the other and you want either setting to be true then it will necessary to update your homeserver configuration file accordingly. For more details on the surrounding context see our explainer .","breadcrumbs":"Upgrading between Synapse Versions » Upgrading to v1.7.0","id":"165","title":"Upgrading to v1.7.0"},"166":{"body":"This release includes a database migration which may take several minutes to complete if there are a large number (more than a million or so) of entries in the devices table. This is only likely to a be a problem on very large installations.","breadcrumbs":"Upgrading between Synapse Versions » Upgrading to v1.5.0","id":"166","title":"Upgrading to v1.5.0"},"167":{"body":"","breadcrumbs":"Upgrading between Synapse Versions » Upgrading to v1.4.0","id":"167","title":"Upgrading to v1.4.0"},"168":{"body":"If you have configured a custom template directory with the email.template_dir option, be aware that there are new templates regarding registration and threepid management (see below) that must be included. registration.html and registration.txt registration_success.html and registration_failure.html add_threepid.html and add_threepid.txt add_threepid_failure.html and add_threepid_success.html Synapse will expect these files to exist inside the configured template directory, and will fail to start if they are absent. To view the default templates, see synapse/res/templates .","breadcrumbs":"Upgrading between Synapse Versions » New custom templates","id":"168","title":"New custom templates"},"169":{"body":"Note: As of this release, users will be unable to add phone numbers or email addresses to their accounts, without changes to the Synapse configuration. This includes adding an email address during registration. It is possible for a user to associate an email address or phone number with their account, for a number of reasons: for use when logging in, as an alternative to the user id. in the case of email, as an alternative contact to help with account recovery. in the case of email, to receive notifications of missed messages. Before an email address or phone number can be added to a user's account, or before such an address is used to carry out a password-reset, Synapse must confirm the operation with the owner of the email address or phone number. It does this by sending an email or text giving the user a link or token to confirm receipt. This process is known as '3pid verification'. ('3pid', or 'threepid', stands for third-party identifier, and we use it to refer to external identifiers such as email addresses and phone numbers.) Previous versions of Synapse delegated the task of 3pid verification to an identity server by default. In most cases this server is vector.im or matrix.org. In Synapse 1.4.0, for security and privacy reasons, the homeserver will no longer delegate this task to an identity server by default. Instead, the server administrator will need to explicitly decide how they would like the verification messages to be sent. In the medium term, the vector.im and matrix.org identity servers will disable support for delegated 3pid verification entirely. However, in order to ease the transition, they will retain the capability for a limited period. Delegated email verification will be disabled on Monday 2nd December 2019 (giving roughly 2 months notice). Disabling delegated SMS verification will follow some time after that once SMS verification support lands in Synapse. Once delegated 3pid verification support has been disabled in the vector.im and matrix.org identity servers, all Synapse versions that depend on those instances will be unable to verify email and phone numbers through them. There are no imminent plans to remove delegated 3pid verification from Sydent generally. (Sydent is the identity server project that backs the vector.im and matrix.org instances).","breadcrumbs":"Upgrading between Synapse Versions » 3pid verification changes","id":"169","title":"3pid verification changes"},"17":{"body":"Synapse includes support for previewing URLs, which is disabled by default. To turn it on you must enable the url_preview_enabled: True config parameter and explicitly specify the IP ranges that Synapse is not allowed to spider for previewing in the url_preview_ip_range_blacklist configuration parameter. This is critical from a security perspective to stop arbitrary Matrix users spidering 'internal' URLs on your network. At the very least we recommend that your loopback and RFC1918 IP addresses are blacklisted. This also requires the optional lxml python dependency to be installed. This in turn requires the libxml2 library to be available - on Debian/Ubuntu this means apt-get install libxml2-dev, or equivalent for your OS.","breadcrumbs":"Installation » URL previews","id":"17","title":"URL previews"},"170":{"body":"Following upgrade, to continue verifying email (e.g. as part of the registration process), admins can either:- Configure Synapse to use an email server. Run or choose an identity server which allows delegated email verification and delegate to it. Configure SMTP in Synapse To configure an SMTP server for Synapse, modify the configuration section headed email, and be sure to have at least the smtp_host, smtp_port and notif_from fields filled out. You may also need to set smtp_user, smtp_pass, and require_transport_security. See the sample configuration file for more details on these settings. Delegate email to an identity server Some admins will wish to continue using email verification as part of the registration process, but will not immediately have an appropriate SMTP server at hand. To this end, we will continue to support email verification delegation via the vector.im and matrix.org identity servers for two months. Support for delegated email verification will be disabled on Monday 2nd December. The account_threepid_delegates dictionary defines whether the homeserver should delegate an external server (typically an identity server ) to handle sending confirmation messages via email and SMS. So to delegate email verification, in homeserver.yaml, set account_threepid_delegates.email to the base URL of an identity server. For example: account_threepid_delegates: email: https://example.com # Delegate email sending to example.com Note that account_threepid_delegates.email replaces the deprecated email.trust_identity_server_for_password_resets: if email.trust_identity_server_for_password_resets is set to true, and account_threepid_delegates.email is not set, then the first entry in trusted_third_party_id_servers will be used as the account_threepid_delegate for email. This is to ensure compatibility with existing Synapse installs that set up external server handling for these tasks before v1.4.0. If email.trust_identity_server_for_password_resets is true and no trusted identity server domains are configured, Synapse will report an error and refuse to start. If email.trust_identity_server_for_password_resets is false or absent and no email delegate is configured in account_threepid_delegates, then Synapse will send email verification messages itself, using the configured SMTP server (see above). that type.","breadcrumbs":"Upgrading between Synapse Versions » Email","id":"170","title":"Email"},"171":{"body":"Synapse does not support phone-number verification itself, so the only way to maintain the ability for users to add phone numbers to their accounts will be by continuing to delegate phone number verification to the matrix.org and vector.im identity servers (or another identity server that supports SMS sending). The account_threepid_delegates dictionary defines whether the homeserver should delegate an external server (typically an identity server ) to handle sending confirmation messages via email and SMS. So to delegate phone number verification, in homeserver.yaml, set account_threepid_delegates.msisdn to the base URL of an identity server. For example: account_threepid_delegates: msisdn: https://example.com # Delegate sms sending to example.com The matrix.org and vector.im identity servers will continue to support delegated phone number verification via SMS until such time as it is possible for admins to configure their servers to perform phone number verification directly. More details will follow in a future release.","breadcrumbs":"Upgrading between Synapse Versions » Phone numbers","id":"171","title":"Phone numbers"},"172":{"body":"If you encounter problems with v1.4.0, it should be possible to roll back to v1.3.1, subject to the following: The 'room statistics' engine was heavily reworked in this release (see #5971 ), including significant changes to the database schema, which are not easily reverted. This will cause the room statistics engine to stop updating when you downgrade. The room statistics are essentially unused in v1.3.1 (in future versions of Synapse, they will be used to populate the room directory), so there should be no loss of functionality. However, the statistics engine will write errors to the logs, which can be avoided by setting the following in homeserver.yaml: stats: enabled: false Don't forget to re-enable it when you upgrade again, in preparation for its use in the room directory!","breadcrumbs":"Upgrading between Synapse Versions » Rolling back to v1.3.1","id":"172","title":"Rolling back to v1.3.1"},"173":{"body":"Some counter metrics have been renamed, with the old names deprecated. See the metrics documentation for details.","breadcrumbs":"Upgrading between Synapse Versions » Upgrading to v1.2.0","id":"173","title":"Upgrading to v1.2.0"},"174":{"body":"Synapse v1.1.0 removes support for older Python and PostgreSQL versions, as outlined in our deprecation notice .","breadcrumbs":"Upgrading between Synapse Versions » Upgrading to v1.1.0","id":"174","title":"Upgrading to v1.1.0"},"175":{"body":"Synapse v1.1.0 has a minimum Python requirement of Python 3.5. Python 3.6 or Python 3.7 are recommended as they have improved internal string handling, significantly reducing memory usage. If you use current versions of the Matrix.org-distributed Debian packages or Docker images, action is not required. If you install Synapse in a Python virtual environment, please see \"Upgrading to v0.34.0\" for notes on setting up a new virtualenv under Python 3.","breadcrumbs":"Upgrading between Synapse Versions » Minimum Python Version","id":"175","title":"Minimum Python Version"},"176":{"body":"If using PostgreSQL under Synapse, you will need to use PostgreSQL 9.5 or above. Please see the PostgreSQL documentation for more details on upgrading your database.","breadcrumbs":"Upgrading between Synapse Versions » Minimum PostgreSQL Version","id":"176","title":"Minimum PostgreSQL Version"},"177":{"body":"","breadcrumbs":"Upgrading between Synapse Versions » Upgrading to v1.0","id":"177","title":"Upgrading to v1.0"},"178":{"body":"Synapse v1.0 is the first release to enforce validation of TLS certificates for the federation API. It is therefore essential that your certificates are correctly configured. Note, v1.0 installations will also no longer be able to federate with servers that have not correctly configured their certificates. In rare cases, it may be desirable to disable certificate checking: for example, it might be essential to be able to federate with a given legacy server in a closed federation. This can be done in one of two ways:- Configure the global switch federation_verify_certificates to false. Configure a whitelist of server domains to trust via federation_certificate_verification_whitelist. See the sample configuration file for more details on these settings.","breadcrumbs":"Upgrading between Synapse Versions » Validation of TLS certificates","id":"178","title":"Validation of TLS certificates"},"179":{"body":"When a user requests a password reset, Synapse will send an email to the user to confirm the request. Previous versions of Synapse delegated the job of sending this email to an identity server. If the identity server was somehow malicious or became compromised, it would be theoretically possible to hijack an account through this means. Therefore, by default, Synapse v1.0 will send the confirmation email itself. If Synapse is not configured with an SMTP server, password reset via email will be disabled. To configure an SMTP server for Synapse, modify the configuration section headed email, and be sure to have at least the smtp_host, smtp_port and notif_from fields filled out. You may also need to set smtp_user, smtp_pass, and require_transport_security. If you are absolutely certain that you wish to continue using an identity server for password resets, set trust_identity_server_for_password_resets to true. See the sample configuration file for more details on these settings.","breadcrumbs":"Upgrading between Synapse Versions » Email","id":"179","title":"Email"},"18":{"body":"pip seems to leak lots of memory during installation. For instance, a Linux host with 512MB of RAM may run out of memory whilst installing Twisted. If this happens, you will have to individually install the dependencies which are failing, e.g.: pip install twisted If you have any other problems, feel free to ask in #synapse:matrix.org .","breadcrumbs":"Installation » Troubleshooting Installation","id":"18","title":"Troubleshooting Installation"},"180":{"body":"Some new templates have been added to the default template directory for the purpose of the homeserver sending its own password reset emails. If you have configured a custom template_dir in your Synapse config, these files will need to be added. password_reset.html and password_reset.txt are HTML and plain text templates respectively that contain the contents of what will be emailed to the user upon attempting to reset their password via email. password_reset_success.html and password_reset_failure.html are HTML files that the content of which (assuming no redirect URL is set) will be shown to the user after they attempt to click the link in the email sent to them.","breadcrumbs":"Upgrading between Synapse Versions » New email templates","id":"180","title":"New email templates"},"181":{"body":"Please be aware that, before Synapse v1.0 is released around March 2019, you will need to replace any self-signed certificates with those verified by a root CA. Information on how to do so can be found at the ACME docs.","breadcrumbs":"Upgrading between Synapse Versions » Upgrading to v0.99.0","id":"181","title":"Upgrading to v0.99.0"},"182":{"body":"This release is the first to fully support Python 3. Synapse will now run on Python versions 3.5, or 3.6 (as well as 2.7). We recommend switching to Python 3, as it has been shown to give performance improvements. For users who have installed Synapse into a virtualenv, we recommend doing this by creating a new virtualenv. For example: virtualenv -p python3 ~/synapse/env3\nsource ~/synapse/env3/bin/activate\npip install matrix-synapse You can then start synapse as normal, having activated the new virtualenv: cd ~/synapse\nsource env3/bin/activate\nsynctl start Users who have installed from distribution packages should see the relevant package documentation. See below for notes on Debian packages. When upgrading to Python 3, you must make sure that your log files are configured as UTF-8, by adding encoding: utf8 to the RotatingFileHandler configuration (if you have one) in your .log.config file. For example, if your log.config file contains: handlers: file: class: logging.handlers.RotatingFileHandler formatter: precise filename: homeserver.log maxBytes: 104857600 backupCount: 10 filters: [context] console: class: logging.StreamHandler formatter: precise filters: [context] Then you should update this to be: handlers: file: class: logging.handlers.RotatingFileHandler formatter: precise filename: homeserver.log maxBytes: 104857600 backupCount: 10 filters: [context] encoding: utf8 console: class: logging.StreamHandler formatter: precise filters: [context] There is no need to revert this change if downgrading to Python 2. We are also making available Debian packages which will run Synapse on Python 3. You can switch to these packages with apt-get install matrix-synapse-py3, however, please read debian/NEWS before doing so. The existing matrix-synapse packages will continue to use Python 2 for the time being. This release removes the riot.im from the default list of trusted identity servers. If riot.im is in your homeserver's list of trusted_third_party_id_servers, you should remove it. It was added in case a hypothetical future identity server was put there. If you don't remove it, users may be unable to deactivate their accounts. This release no longer installs the (unmaintained) Matrix Console web client as part of the default installation. It is possible to re-enable it by installing it separately and setting the web_client_location config option, but please consider switching to another client.","breadcrumbs":"Upgrading between Synapse Versions » Upgrading to v0.34.0","id":"182","title":"Upgrading to v0.34.0"},"183":{"body":"This release removes the example email notification templates from res/templates (they are now internal to the python package). This should only affect you if you (a) deploy your Synapse instance from a git checkout or a github snapshot URL, and (b) have email notifications enabled. If you have email notifications enabled, you should ensure that email.template_dir is either configured to point at a directory where you have installed customised templates, or leave it unset to use the default templates.","breadcrumbs":"Upgrading between Synapse Versions » Upgrading to v0.33.7","id":"183","title":"Upgrading to v0.33.7"},"184":{"body":"This release expands the anonymous usage stats sent if the opt-in report_stats configuration is set to true. We now capture RSS memory and cpu use at a very coarse level. This requires administrators to install the optional psutil python module. We would appreciate it if you could assist by ensuring this module is available and report_stats is enabled. This will let us see if performance changes to synapse are having an impact to the general community.","breadcrumbs":"Upgrading between Synapse Versions » Upgrading to v0.27.3","id":"184","title":"Upgrading to v0.27.3"},"185":{"body":"If you want to use the new URL previewing API (/_matrix/media/r0/preview_url) then you have to explicitly enable it in the config and update your dependencies dependencies. See README.rst for details.","breadcrumbs":"Upgrading between Synapse Versions » Upgrading to v0.15.0","id":"185","title":"Upgrading to v0.15.0"},"186":{"body":"This release includes the option to send anonymous usage stats to matrix.org, and requires that administrators explictly opt in or out by setting the report_stats option to either true or false. We would really appreciate it if you could help our project out by reporting anonymized usage statistics from your homeserver. Only very basic aggregate data (e.g. number of users) will be reported, but it helps us to track the growth of the Matrix community, and helps us to make Matrix a success, as well as to convince other networks that they should peer with us.","breadcrumbs":"Upgrading between Synapse Versions » Upgrading to v0.11.0","id":"186","title":"Upgrading to v0.11.0"},"187":{"body":"Application services have had a breaking API change in this version. They can no longer register themselves with a home server using the AS HTTP API. This decision was made because a compromised application service with free reign to register any regex in effect grants full read/write access to the home server if a regex of .* is used. An attack where a compromised AS re-registers itself with .* was deemed too big of a security risk to ignore, and so the ability to register with the HS remotely has been removed. It has been replaced by specifying a list of application service registrations in homeserver.yaml: app_service_config_files: [\"registration-01.yaml\", \"registration-02.yaml\"] Where registration-01.yaml looks like: url: # e.g. \"https://my.application.service.com\"\nas_token: \nhs_token: \nsender_localpart: # This is a new field which denotes the user_id localpart when using the AS token\nnamespaces: users: - exclusive: regex: # e.g. \"@prefix_.*\" aliases: - exclusive: regex: rooms: - exclusive: regex: ","breadcrumbs":"Upgrading between Synapse Versions » Upgrading to v0.9.0","id":"187","title":"Upgrading to v0.9.0"},"188":{"body":"Servers which use captchas will need to add their public key to: static/client/register/register_config.js window.matrixRegistrationConfig = { recaptcha_public_key: \"YOUR_PUBLIC_KEY\" }; This is required in order to support registration fallback (typically used on mobile devices).","breadcrumbs":"Upgrading between Synapse Versions » Upgrading to v0.8.0","id":"188","title":"Upgrading to v0.8.0"},"189":{"body":"New dependencies are: pydenticon simplejson syutil matrix-angular-sdk To pull in these dependencies in a virtual env, run: python synapse/python_dependencies.py | xargs -n 1 pip install","breadcrumbs":"Upgrading between Synapse Versions » Upgrading to v0.7.0","id":"189","title":"Upgrading to v0.7.0"},"19":{"body":"Synapse supports PostgreSQL versions 10 or later.","breadcrumbs":"Using Postgres » Using Postgres","id":"19","title":"Using Postgres"},"190":{"body":"To pull in new dependencies, run: python setup.py develop --user This update includes a change to the database schema. To upgrade you first need to upgrade the database by running: python scripts/upgrade_db_to_v0.6.0.py Where is the location of the database, is the server name as specified in the synapse configuration, and is the location of the signing key as specified in the synapse configuration. This may take some time to complete. Failures of signatures and content hashes can safely be ignored.","breadcrumbs":"Upgrading between Synapse Versions » Upgrading to v0.6.0","id":"190","title":"Upgrading to v0.6.0"},"191":{"body":"Depending on precisely when you installed v0.5.0 you may have ended up with a stale release of the reference matrix webclient installed as a python module. To uninstall it and ensure you are depending on the latest module, please run: $ pip uninstall syweb","breadcrumbs":"Upgrading between Synapse Versions » Upgrading to v0.5.1","id":"191","title":"Upgrading to v0.5.1"},"192":{"body":"The webclient has been split out into a seperate repository/pacakage in this release. Before you restart your homeserver you will need to pull in the webclient package by running: python setup.py develop --user This release completely changes the database schema and so requires upgrading it before starting the new version of the homeserver. The script \"database-prepare-for-0.5.0.sh\" should be used to upgrade the database. This will save all user information, such as logins and profiles, but will otherwise purge the database. This includes messages, which rooms the home server was a member of and room alias mappings. If you would like to keep your history, please take a copy of your database file and ask for help in #matrix:matrix.org. The upgrade process is, unfortunately, non trivial and requires human intervention to resolve any resulting conflicts during the upgrade process. Before running the command the homeserver should be first completely shutdown. To run it, simply specify the location of the database, e.g.: ./scripts/database-prepare-for-0.5.0.sh \"homeserver.db\" Once this has successfully completed it will be safe to restart the homeserver. You may notice that the homeserver takes a few seconds longer to restart than usual as it reinitializes the database. On startup of the new version, users can either rejoin remote rooms using room aliases or by being reinvited. Alternatively, if any other homeserver sends a message to a room that the homeserver was previously in the local HS will automatically rejoin the room.","breadcrumbs":"Upgrading between Synapse Versions » Upgrading to v0.5.0","id":"192","title":"Upgrading to v0.5.0"},"193":{"body":"This release needs an updated syutil version. Run: python setup.py develop You will also need to upgrade your configuration as the signing key format has changed. Run: python -m synapse.app.homeserver --config-path --generate-config","breadcrumbs":"Upgrading between Synapse Versions » Upgrading to v0.4.0","id":"193","title":"Upgrading to v0.4.0"},"194":{"body":"This registration API now closely matches the login API. This introduces a bit more backwards and forwards between the HS and the client, but this improves the overall flexibility of the API. You can now GET on /register to retrieve a list of valid registration flows. Upon choosing one, they are submitted in the same way as login, e.g: { type: m.login.password, user: foo, password: bar\n} The default HS supports 2 flows, with and without Identity Server email authentication. Enabling captcha on the HS will add in an extra step to all flows: m.login.recaptcha which must be completed before you can transition to the next stage. There is a new login type: m.login.email.identity which contains the threepidCreds key which were previously sent in the original register request. For more information on this, see the specification.","breadcrumbs":"Upgrading between Synapse Versions » Upgrading to v0.3.0","id":"194","title":"Upgrading to v0.3.0"},"195":{"body":"The VoIP specification has changed between v0.2.0 and v0.3.0. Users should refresh any browser tabs to get the latest web client code. Users on v0.2.0 of the web client will not be able to call those on v0.3.0 and vice versa.","breadcrumbs":"Upgrading between Synapse Versions » Web Client","id":"195","title":"Web Client"},"196":{"body":"The home server now requires setting up of SSL config before it can run. To automatically generate default config use: $ python synapse/app/homeserver.py \\ --server-name machine.my.domain.name \\ --bind-port 8448 \\ --config-path homeserver.config \\ --generate-config This config can be edited if desired, for example to specify a different SSL certificate to use. Once done you can run the home server using: $ python synapse/app/homeserver.py --config-path homeserver.config See the README.rst for more information. Also note that some config options have been renamed, including: \"host\" to \"server-name\" \"database\" to \"database-path\" \"port\" to \"bind-port\" and \"unsecure-port\"","breadcrumbs":"Upgrading between Synapse Versions » Upgrading to v0.2.0","id":"196","title":"Upgrading to v0.2.0"},"197":{"body":"This release completely changes the database schema and so requires upgrading it before starting the new version of the homeserver. The script \"database-prepare-for-0.0.1.sh\" should be used to upgrade the database. This will save all user information, such as logins and profiles, but will otherwise purge the database. This includes messages, which rooms the home server was a member of and room alias mappings. Before running the command the homeserver should be first completely shutdown. To run it, simply specify the location of the database, e.g.: ./scripts/database-prepare-for-0.0.1.sh \"homeserver.db\" Once this has successfully completed it will be safe to restart the homeserver. You may notice that the homeserver takes a few seconds longer to restart than usual as it reinitializes the database. On startup of the new version, users can either rejoin remote rooms using room aliases or by being reinvited. Alternatively, if any other homeserver sends a message to a room that the homeserver was previously in the local HS will automatically rejoin the room.","breadcrumbs":"Upgrading between Synapse Versions » Upgrading to v0.0.1","id":"197","title":"Upgrading to v0.0.1"},"198":{"body":"Federation is the process by which users on different servers can participate in the same room. For this to work, those other servers must be able to contact yours to send messages. The server_name configured in the Synapse configuration file (often homeserver.yaml) defines how resources (users, rooms, etc.) will be identified (eg: @user:example.com, #room:example.com). By default, it is also the domain that other servers will use to try to reach your server (via port 8448). This is easy to set up and will work provided you set the server_name to match your machine's public DNS hostname. For this default configuration to work, you will need to listen for TLS connections on port 8448. The preferred way to do that is by using a reverse proxy: see the reverse proxy documentation for instructions on how to correctly set one up. In some cases you might not want to run Synapse on the machine that has the server_name as its public DNS hostname, or you might want federation traffic to use a different port than 8448. For example, you might want to have your user names look like @user:example.com, but you want to run Synapse on synapse.example.com on port 443. This can be done using delegation, which allows an admin to control where federation traffic should be sent. See the delegation documentation for instructions on how to set this up. Once federation has been configured, you should be able to join a room over federation. A good place to start is #synapse:matrix.org - a room for Synapse admins.","breadcrumbs":"Federation » Setting up federation","id":"198","title":"Setting up federation"},"199":{"body":"You can use the federation tester to check if your homeserver is configured correctly. Alternatively try the JSON API used by the federation tester . Note that you'll have to modify this URL to replace DOMAIN with your server_name. Hitting the API directly provides extra detail. The typical failure mode for federation is that when the server tries to join a room, it is rejected with \"401: Unauthorized\". Generally this means that other servers in the room could not access yours. (Joining a room over federation is a complicated dance which requires connections in both directions). Another common problem is that people on other servers can't join rooms that you invite them to. This can be caused by an incorrectly-configured reverse proxy: see the reverse proxy documentation for instructions on how to correctly configure a reverse proxy.","breadcrumbs":"Federation » Troubleshooting","id":"199","title":"Troubleshooting"},"2":{"body":"Contributions are welcome! Synapse is primarily written in Python . As a developer, you may be interested in the following documentation: Read the Contributing Guide . It is meant to walk new contributors through the process of developing and submitting a change to the Synapse codebase (which is hosted on GitHub ). Set up your development environment , then learn how to lint and test your code. Look at the issue tracker for bugs to fix or features to add. If you're new, it may be best to start with those labeled good first issue . Understand how Synapse is built , how to migrate database schemas , learn about federation and how to set up a local federation for development. We like to keep our git history clean. Learn how to do so! And finally, contribute to this documentation! The source for which is located here .","breadcrumbs":"Welcome and Overview » Developing on Synapse","id":"2","title":"Developing on Synapse"},"20":{"body":"Synapse will require the python postgres client library in order to connect to a postgres database. If you are using the matrix.org debian/ubuntu packages , the necessary python library will already be installed, but you will need to ensure the low-level postgres library is installed, which you can do with apt install libpq5. For other pre-built packages, please consult the documentation from the relevant package. If you installed synapse in a virtualenv , you can install the library with: ~/synapse/env/bin/pip install \"matrix-synapse[postgres]\" (substituting the path to your virtualenv for ~/synapse/env, if you used a different path). You will require the postgres development files. These are in the libpq-dev package on Debian-derived distributions.","breadcrumbs":"Using Postgres » Install postgres client libraries","id":"20","title":"Install postgres client libraries"},"200":{"body":"HTTP 308 Permanent Redirect redirects are not followed : Due to missing features in the HTTP library used by Synapse, 308 redirects are currently not followed by federating servers, which can cause M_UNKNOWN or 401 Unauthorized errors. This may affect users who are redirecting apex-to-www (e.g. example.com -> www.example.com), and especially users of the Kubernetes Nginx Ingress module, which uses 308 redirect codes by default. For those Kubernetes users, this Stackoverflow post might be helpful. For other users, switching to a 301 Moved Permanently code may be an option. 308 redirect codes will be supported properly in a future release of Synapse.","breadcrumbs":"Federation » Known issues","id":"200","title":"Known issues"},"201":{"body":"If you want to get up and running quickly with a trio of homeservers in a private federation, there is a script in the demo directory. This is mainly useful just for development purposes. See demo scripts .","breadcrumbs":"Federation » Running a demo federation of Synapses","id":"201","title":"Running a demo federation of Synapses"},"202":{"body":"This section contains information on tweaking Synapse via the various options in the configuration file. A configuration file should have been generated when you installed Synapse .","breadcrumbs":"Configuration » Configuration","id":"202","title":"Configuration"},"203":{"body":"This is intended as a guide to the Synapse configuration. The behavior of a Synapse instance can be modified through the many configuration settings documented here — each config option is explained, including what the default is, how to change the default and what sort of behaviour the setting governs. Also included is an example configuration for each setting. If you don't want to spend a lot of time thinking about options, the config as generated sets sensible defaults for all values. Do note however that the database defaults to SQLite, which is not recommended for production usage. You can read more on this subject here .","breadcrumbs":"Configuration » Configuration Manual » Configuring Synapse","id":"203","title":"Configuring Synapse"},"204":{"body":"Configuration options that take a time period can be set using a number followed by a letter. Letters have the following meanings: s = second m = minute h = hour d = day w = week y = year For example, setting redaction_retention_period: 5m would remove redacted messages from the database after 5 minutes, rather than 5 months. In addition, configuration options referring to size use the following suffixes: M = MiB, or 1,048,576 bytes K = KiB, or 1024 bytes For example, setting max_avatar_size: 10M means that Synapse will not accept files larger than 10,485,760 bytes for a user avatar.","breadcrumbs":"Configuration » Configuration Manual » Config Conventions","id":"204","title":"Config Conventions"},"205":{"body":"The configuration file is a YAML file, which means that certain syntax rules apply if you want your config file to be read properly. A few helpful things to know: # before any option in the config will comment out that setting and either a default (if available) will be applied or Synapse will ignore the setting. Thus, in example #1 below, the setting will be read and applied, but in example #2 the setting will not be read and a default will be applied. Example #1: pid_file: DATADIR/homeserver.pid Example #2: #pid_file: DATADIR/homeserver.pid Indentation matters! The indentation before a setting will determine whether a given setting is read as part of another setting, or considered on its own. Thus, in example #1, the enabled setting is read as a sub-option of the presence setting, and will be properly applied. However, the lack of indentation before the enabled setting in example #2 means that when reading the config, Synapse will consider both presence and enabled as different settings. In this case, presence has no value, and thus a default applied, and enabled is an option that Synapse doesn't recognize and thus ignores. Example #1: presence: enabled: false Example #2: presence:\nenabled: false In this manual, all top-level settings (ones with no indentation) are identified at the beginning of their section (i.e. \"Config option: example_setting\") and the sub-options, if any, are identified and listed in the body of the section. In addition, each setting has an example of its usage, with the proper indentation shown.","breadcrumbs":"Configuration » Configuration Manual » YAML","id":"205","title":"YAML"},"206":{"body":"Modules Server Homeserver Blocking TLS Federation Caching Database Logging Ratelimiting Media Store Captcha TURN Registration API Configuration Signing Keys Single Sign On Integration Push Rooms Opentracing Workers Background Updates","breadcrumbs":"Configuration » Configuration Manual » Contents","id":"206","title":"Contents"},"207":{"body":"Server admins can expand Synapse's functionality with external modules. See here for more documentation on how to configure or create custom modules for Synapse. Config option: modules Use the module sub-option to add modules under this option to extend functionality. The module setting then has a sub-option, config, which can be used to define some configuration for the module. Defaults to none. Example configuration: modules: - module: my_super_module.MySuperClass config: do_thing: true - module: my_other_super_module.SomeClass config: {}","breadcrumbs":"Configuration » Configuration Manual » Modules","id":"207","title":"Modules"},"208":{"body":"Define your homeserver name and other base options. Config option: server_name This sets the public-facing domain of the server. The server_name name will appear at the end of usernames and room addresses created on your server. For example if the server_name was example.com, usernames on your server would be in the format @user:example.com In most cases you should avoid using a matrix specific subdomain such as matrix.example.com or synapse.example.com as the server_name for the same reasons you wouldn't use user@email.example.com as your email address. See here for information on how to host Synapse on a subdomain while preserving a clean server_name. The server_name cannot be changed later so it is important to configure this correctly before you start Synapse. It should be all lowercase and may contain an explicit port. There is no default for this option. Example configuration #1: server_name: matrix.org Example configuration #2: server_name: localhost:8080 Config option: pid_file When running Synapse as a daemon, the file to store the pid in. Defaults to none. Example configuration: pid_file: DATADIR/homeserver.pid Config option: web_client_location The absolute URL to the web client which / will redirect to. Defaults to none. Example configuration: web_client_location: https://riot.example.com/ Config option: public_baseurl The public-facing base URL that clients use to access this Homeserver (not including _matrix/...). This is the same URL a user might enter into the 'Custom Homeserver URL' field on their client. If you use Synapse with a reverse proxy, this should be the URL to reach Synapse via the proxy. Otherwise, it should be the URL to reach Synapse's client HTTP listener (see 'listeners' below). Defaults to https:///. Example configuration: public_baseurl: https://example.com/ Config option: serve_server_wellknown By default, other servers will try to reach our server on port 8448, which can be inconvenient in some environments. Provided https:/// on port 443 is routed to Synapse, this option configures Synapse to serve a file at https:///.well-known/matrix/server. This will tell other servers to send traffic to port 443 instead. This option currently defaults to false. See https://matrix-org.github.io/synapse/latest/delegate.html for more information. Example configuration: serve_server_wellknown: true Config option: soft_file_limit Set the soft limit on the number of file descriptors synapse can use. Zero is used to indicate synapse should set the soft limit to the hard limit. Defaults to 0. Example configuration: soft_file_limit: 3 Config option: presence Presence tracking allows users to see the state (e.g online/offline) of other local and remote users. Set the enabled sub-option to false to disable presence tracking on this homeserver. Defaults to true. This option replaces the previous top-level 'use_presence' option. Example configuration: presence: enabled: false Config option: require_auth_for_profile_requests Whether to require authentication to retrieve profile data (avatars, display names) of other users through the client API. Defaults to false. Note that profile data is also available via the federation API, unless allow_profile_lookup_over_federation is set to false. Example configuration: require_auth_for_profile_requests: true Config option: limit_profile_requests_to_users_who_share_rooms Use this option to require a user to share a room with another user in order to retrieve their profile information. Only checked on Client-Server requests. Profile requests from other servers should be checked by the requesting server. Defaults to false. Example configuration: limit_profile_requests_to_users_who_share_rooms: true Config option: include_profile_data_on_invite Use this option to prevent a user's profile data from being retrieved and displayed in a room until they have joined it. By default, a user's profile data is included in an invite event, regardless of the values of the above two settings, and whether or not the users share a server. Defaults to true. Example configuration: include_profile_data_on_invite: false Config option: allow_public_rooms_without_auth If set to true, removes the need for authentication to access the server's public rooms directory through the client API, meaning that anyone can query the room directory. Defaults to false. Example configuration: allow_public_rooms_without_auth: true Config option: allow_public_rooms_without_auth If set to true, allows any other homeserver to fetch the server's public rooms directory via federation. Defaults to false. Example configuration: allow_public_rooms_over_federation: true Config option: default_room_version The default room version for newly created rooms on this server. Known room versions are listed here For example, for room version 1, default_room_version should be set to \"1\". Currently defaults to \"9\". Example configuration: default_room_version: \"8\" Config option: gc_thresholds The garbage collection threshold parameters to pass to gc.set_threshold, if defined. Defaults to none. Example configuration: gc_thresholds: [700, 10, 10] Config option: gc_min_interval The minimum time in seconds between each GC for a generation, regardless of the GC thresholds. This ensures that we don't do GC too frequently. A value of [1s, 10s, 30s] indicates that a second must pass between consecutive generation 0 GCs, etc. Defaults to [1s, 10s, 30s]. Example configuration: gc_min_interval: [0.5s, 30s, 1m] Config option: filter_timeline_limit Set the limit on the returned events in the timeline in the get and sync operations. Defaults to 100. A value of -1 means no upper limit. Example configuration: filter_timeline_limit: 5000 Config option: block_non_admin_invites Whether room invites to users on this server should be blocked (except those sent by local server admins). Defaults to false. Example configuration: block_non_admin_invites: true Config option: enable_search If set to false, new messages will not be indexed for searching and users will receive errors when searching for messages. Defaults to true. Example configuration: enable_search: false Config option: ip_range_blacklist This option prevents outgoing requests from being sent to the specified blacklisted IP address CIDR ranges. If this option is not specified then it defaults to private IP address ranges (see the example below). The blacklist applies to the outbound requests for federation, identity servers, push servers, and for checking key validity for third-party invite events. (0.0.0.0 and :: are always blacklisted, whether or not they are explicitly listed here, since they correspond to unroutable addresses.) This option replaces federation_ip_range_blacklist in Synapse v1.25.0. Note: The value is ignored when an HTTP proxy is in use. Example configuration: ip_range_blacklist: - '127.0.0.0/8' - '10.0.0.0/8' - '172.16.0.0/12' - '192.168.0.0/16' - '100.64.0.0/10' - '192.0.0.0/24' - '169.254.0.0/16' - '192.88.99.0/24' - '198.18.0.0/15' - '192.0.2.0/24' - '198.51.100.0/24' - '203.0.113.0/24' - '224.0.0.0/4' - '::1/128' - 'fe80::/10' - 'fc00::/7' - '2001:db8::/32' - 'ff00::/8' - 'fec0::/10' Config option: ip_range_whitelist List of IP address CIDR ranges that should be allowed for federation, identity servers, push servers, and for checking key validity for third-party invite events. This is useful for specifying exceptions to wide-ranging blacklisted target IP ranges - e.g. for communication with a push server only visible in your network. This whitelist overrides ip_range_blacklist and defaults to an empty list. Example configuration: ip_range_whitelist: - '192.168.1.1' Config option: listeners List of ports that Synapse should listen on, their purpose and their configuration. Sub-options for each listener include: port: the TCP port to bind to. bind_addresses: a list of local addresses to listen on. The default is 'all local interfaces'. type: the type of listener. Normally http, but other valid options are: manhole: (see the docs here ), metrics: (see the docs here ), replication: (see the docs here ). tls: set to true to enable TLS for this listener. Will use the TLS key/cert specified in tls_private_key_path / tls_certificate_path. x_forwarded: Only valid for an 'http' listener. Set to true to use the X-Forwarded-For header as the client IP. Useful when Synapse is behind a reverse-proxy. resources: Only valid for an 'http' listener. A list of resources to host on this port. Sub-options for each resource are: names: a list of names of HTTP resources. See below for a list of valid resource names. compress: set to true to enable HTTP compression for this resource. additional_resources: Only valid for an 'http' listener. A map of additional endpoints which should be loaded via dynamic modules. Valid resource names are: client: the client-server API (/_matrix/client), and the synapse admin API (/_synapse/admin). Also implies media and static. consent: user consent forms (/_matrix/consent). See here for more. federation: the server-server API (/_matrix/federation). Also implies media, keys, openid keys: the key discovery API (/_matrix/key). media: the media API (/_matrix/media). metrics: the metrics interface. See here . openid: OpenID authentication. See here . replication: the HTTP replication API (/_synapse/replication). See here . static: static resources under synapse/static (/_matrix/static). (Mostly useful for 'fallback authentication'.) Example configuration #1: listeners: # TLS-enabled listener: for when matrix traffic is sent directly to synapse. # # (Note that you will also need to give Synapse a TLS key and certificate: see the TLS section # below.) # - port: 8448 type: http tls: true resources: - names: [client, federation] Example configuration #2: listeners: # Unsecure HTTP listener: for when matrix traffic passes through a reverse proxy # that unwraps TLS. # # If you plan to use a reverse proxy, please see # https://matrix-org.github.io/synapse/latest/reverse_proxy.html. # - port: 8008 tls: false type: http x_forwarded: true bind_addresses: ['::1', '127.0.0.1'] resources: - names: [client, federation] compress: false # example additional_resources: additional_resources: \"/_matrix/my/custom/endpoint\": module: my_module.CustomRequestHandler config: {} # Turn on the twisted ssh manhole service on localhost on the given # port. - port: 9000 bind_addresses: ['::1', '127.0.0.1'] type: manhole Config option: manhole_settings Connection settings for the manhole. You can find more information on the manhole here . Manhole sub-options include: username : the username for the manhole. This defaults to 'matrix'. password: The password for the manhole. This defaults to 'rabbithole'. ssh_priv_key_path and ssh_pub_key_path: The private and public SSH key pair used to encrypt the manhole traffic. If these are left unset, then hardcoded and non-secret keys are used, which could allow traffic to be intercepted if sent over a public network. Example configuration: manhole_settings: username: manhole password: mypassword ssh_priv_key_path: CONFDIR/id_rsa ssh_pub_key_path: CONFDIR/id_rsa.pub Config option: dummy_events_threshold Forward extremities can build up in a room due to networking delays between homeservers. Once this happens in a large room, calculation of the state of that room can become quite expensive. To mitigate this, once the number of forward extremities reaches a given threshold, Synapse will send an org.matrix.dummy_event event, which will reduce the forward extremities in the room. This setting defines the threshold (i.e. number of forward extremities in the room) at which dummy events are sent. The default value is 10. Example configuration: dummy_events_threshold: 5 Config option delete_stale_devices_after An optional duration. If set, Synapse will run a daily background task to log out and delete any device that hasn't been accessed for more than the specified amount of time. Defaults to no duration, which means devices are never pruned. Example configuration: delete_stale_devices_after: 1y","breadcrumbs":"Configuration » Configuration Manual » Server","id":"208","title":"Server"},"209":{"body":"Useful options for Synapse admins. Config option: admin_contact How to reach the server admin, used in ResourceLimitError. Defaults to none. Example configuration: admin_contact: 'mailto:admin@server.com' Config option: hs_disabled and hs_disabled_message Blocks users from connecting to the homeserver and provides a human-readable reason why the connection was blocked. Defaults to false. Example configuration: hs_disabled: true\nhs_disabled_message: 'Reason for why the HS is blocked' Config option: limit_usage_by_mau This option disables/enables monthly active user blocking. Used in cases where the admin or server owner wants to limit to the number of monthly active users. When enabled and a limit is reached the server returns a ResourceLimitError with error type Codes.RESOURCE_LIMIT_EXCEEDED. Defaults to false. If this is enabled, a value for max_mau_value must also be set. Example configuration: limit_usage_by_mau: true Config option: max_mau_value This option sets the hard limit of monthly active users above which the server will start blocking user actions if limit_usage_by_mau is enabled. Defaults to 0. Example configuration: max_mau_value: 50 Config option: mau_trial_days The option mau_trial_days is a means to add a grace period for active users. It means that users must be active for the specified number of days before they can be considered active and guards against the case where lots of users sign up in a short space of time never to return after their initial session. Defaults to 0. Example configuration: mau_trial_days: 5 Config option: mau_appservice_trial_days The option mau_appservice_trial_days is similar to mau_trial_days, but applies a different trial number if the user was registered by an appservice. A value of 0 means no trial days are applied. Appservices not listed in this dictionary use the value of mau_trial_days instead. Example configuration: mau_appservice_trial_days: my_appservice_id: 3 another_appservice_id: 6 Config option: mau_limit_alerting The option mau_limit_alerting is a means of limiting client-side alerting should the mau limit be reached. This is useful for small instances where the admin has 5 mau seats (say) for 5 specific people and no interest increasing the mau limit further. Defaults to true, which means that alerting is enabled. Example configuration: mau_limit_alerting: false Config option: mau_stats_only If enabled, the metrics for the number of monthly active users will be populated, however no one will be limited based on these numbers. If limit_usage_by_mau is true, this is implied to be true. Defaults to false. Example configuration: mau_stats_only: true Config option: mau_limit_reserved_threepids Sometimes the server admin will want to ensure certain accounts are never blocked by mau checking. These accounts are specified by this option. Defaults to none. Add accounts by specifying the medium and address of the reserved threepid (3rd party identifier). Example configuration: mau_limit_reserved_threepids: - medium: 'email' address: 'reserved_user@example.com' Config option: server_context This option is used by phonehome stats to group together related servers. Defaults to none. Example configuration: server_context: context Config option: limit_remote_rooms When this option is enabled, the room \"complexity\" will be checked before a user joins a new remote room. If it is above the complexity limit, the server will disallow joining, or will instantly leave. This is useful for homeservers that are resource-constrained. Options for this setting include: enabled: whether this check is enabled. Defaults to false. complexity: the limit above which rooms cannot be joined. The default is 1.0. complexity_error: override the error which is returned when the room is too complex with a custom message. admins_can_join: allow server admins to join complex rooms. Default is false. Room complexity is an arbitrary measure based on factors such as the number of users in the room. Example configuration: limit_remote_rooms: enabled: true complexity: 0.5 complexity_error: \"I can't let you do that, Dave.\" admins_can_join: true Config option: require_membership_for_aliases Whether to require a user to be in the room to add an alias to it. Defaults to true. Example configuration: require_membership_for_aliases: false Config option: allow_per_room_profiles Whether to allow per-room membership profiles through the sending of membership events with profile information that differs from the target's global profile. Defaults to true. Example configuration: allow_per_room_profiles: false Config option: max_avatar_size The largest permissible file size in bytes for a user avatar. Defaults to no restriction. Use M for MB and K for KB. Note that user avatar changes will not work if this is set without using Synapse's media repository. Example configuration: max_avatar_size: 10M Config option: allowed_avatar_mimetypes The MIME types allowed for user avatars. Defaults to no restriction. Note that user avatar changes will not work if this is set without using Synapse's media repository. Example configuration: allowed_avatar_mimetypes: [\"image/png\", \"image/jpeg\", \"image/gif\"] Config option: redaction_retention_period How long to keep redacted events in unredacted form in the database. After this period redacted events get replaced with their redacted form in the DB. Defaults to 7d. Set to null to disable. Example configuration: redaction_retention_period: 28d Config option: user_ips_max_age How long to track users' last seen time and IPs in the database. Defaults to 28d. Set to null to disable clearing out of old rows. Example configuration: user_ips_max_age: 14d Config option: request_token_inhibit_3pid_errors Inhibits the /requestToken endpoints from returning an error that might leak information about whether an e-mail address is in use or not on this homeserver. Defaults to false. Note that for some endpoints the error situation is the e-mail already being used, and for others the error is entering the e-mail being unused. If this option is enabled, instead of returning an error, these endpoints will act as if no error happened and return a fake session ID ('sid') to clients. Example configuration: request_token_inhibit_3pid_errors: true Config option: next_link_domain_whitelist A list of domains that the domain portion of next_link parameters must match. This parameter is optionally provided by clients while requesting validation of an email or phone number, and maps to a link that users will be automatically redirected to after validation succeeds. Clients can make use this parameter to aid the validation process. The whitelist is applied whether the homeserver or an identity server is handling validation. The default value is no whitelist functionality; all domains are allowed. Setting this value to an empty list will instead disallow all domains. Example configuration: next_link_domain_whitelist: [\"matrix.org\"] Config option: templates and custom_template_directory These options define templates to use when generating email or HTML page contents. The custom_template_directory determines which directory Synapse will try to find template files in to use to generate email or HTML page contents. If not set, or a file is not found within the template directory, a default template from within the Synapse package will be used. See here for more information about using custom templates. Example configuration: templates: custom_template_directory: /path/to/custom/templates/ Config option: retention This option and the associated options determine message retention policy at the server level. Room admins and mods can define a retention period for their rooms using the m.room.retention state event, and server admins can cap this period by setting the allowed_lifetime_min and allowed_lifetime_max config options. If this feature is enabled, Synapse will regularly look for and purge events which are older than the room's maximum retention period. Synapse will also filter events received over federation so that events that should have been purged are ignored and not stored again. The message retention policies feature is disabled by default. This setting has the following sub-options: default_policy: Default retention policy. If set, Synapse will apply it to rooms that lack the 'm.room.retention' state event. This option is further specified by the min_lifetime and max_lifetime sub-options associated with it. Note that the value of min_lifetime doesn't matter much because Synapse doesn't take it into account yet. allowed_lifetime_min and allowed_lifetime_max: Retention policy limits. If set, and the state of a room contains a m.room.retention event in its state which contains a min_lifetime or a max_lifetime that's out of these bounds, Synapse will cap the room's policy to these limits when running purge jobs. purge_jobs and the associated shortest_max_lifetime and longest_max_lifetime sub-options: Server admins can define the settings of the background jobs purging the events whose lifetime has expired under the purge_jobs section. If no configuration is provided for this option, a single job will be set up to delete expired events in every room daily. Each job's configuration defines which range of message lifetimes the job takes care of. For example, if shortest_max_lifetime is '2d' and longest_max_lifetime is '3d', the job will handle purging expired events in rooms whose state defines a max_lifetime that's both higher than 2 days, and lower than or equal to 3 days. Both the minimum and the maximum value of a range are optional, e.g. a job with no shortest_max_lifetime and a longest_max_lifetime of '3d' will handle every room with a retention policy whose max_lifetime is lower than or equal to three days. The rationale for this per-job configuration is that some rooms might have a retention policy with a low max_lifetime, where history needs to be purged of outdated messages on a more frequent basis than for the rest of the rooms (e.g. every 12h), but not want that purge to be performed by a job that's iterating over every room it knows, which could be heavy on the server. If any purge job is configured, it is strongly recommended to have at least a single job with neither shortest_max_lifetime nor longest_max_lifetime set, or one job without shortest_max_lifetime and one job without longest_max_lifetime set. Otherwise some rooms might be ignored, even if allowed_lifetime_min and allowed_lifetime_max are set, because capping a room's policy to these values is done after the policies are retrieved from Synapse's database (which is done using the range specified in a purge job's configuration). Example configuration: retention: enabled: true default_policy: min_lifetime: 1d max_lifetime: 1y allowed_lifetime_min: 1d allowed_lifetime_max: 1y purge_jobs: - longest_max_lifetime: 3d interval: 12h - shortest_max_lifetime: 3d interval: 1d","breadcrumbs":"Configuration » Configuration Manual » Homeserver blocking","id":"209","title":"Homeserver blocking"},"21":{"body":"Assuming your PostgreSQL database user is called postgres, first authenticate as the database user with: su - postgres\n# Or, if your system uses sudo to get administrative rights\nsudo -u postgres bash Then, create a postgres user and a database with: # this will prompt for a password for the new user\ncreateuser --pwprompt synapse_user createdb --encoding=UTF8 --locale=C --template=template0 --owner=synapse_user synapse The above will create a user called synapse_user, and a database called synapse. Note that the PostgreSQL database must have the correct encoding set (as shown above), otherwise it will not be able to store UTF8 strings. You may need to enable password authentication so synapse_user can connect to the database. See https://www.postgresql.org/docs/current/auth-pg-hba-conf.html .","breadcrumbs":"Using Postgres » Set up database","id":"21","title":"Set up database"},"210":{"body":"Options related to TLS. Config option: tls_certificate_path This option specifies a PEM-encoded X509 certificate for TLS. This certificate, as of Synapse 1.0, will need to be a valid and verifiable certificate, signed by a recognised Certificate Authority. Defaults to none. Be sure to use a .pem file that includes the full certificate chain including any intermediate certificates (for instance, if using certbot, use fullchain.pem as your certificate, not cert.pem). Example configuration: tls_certificate_path: \"CONFDIR/SERVERNAME.tls.crt\" Config option: tls_private_key_path PEM-encoded private key for TLS. Defaults to none. Example configuration: tls_private_key_path: \"CONFDIR/SERVERNAME.tls.key\" Config option: federation_verify_certificates Whether to verify TLS server certificates for outbound federation requests. Defaults to true. To disable certificate verification, set the option to false. Example configuration: federation_verify_certificates: false Config option: federation_client_minimum_tls_version The minimum TLS version that will be used for outbound federation requests. Defaults to 1. Configurable to 1, 1.1, 1.2, or 1.3. Note that setting this value higher than 1.2 will prevent federation to most of the public Matrix network: only configure it to 1.3 if you have an entirely private federation setup and you can ensure TLS 1.3 support. Example configuration: federation_client_minimum_tls_version: 1.2 Config option: federation_certificate_verification_whitelist Skip federation certificate verification on a given whitelist of domains. This setting should only be used in very specific cases, such as federation over Tor hidden services and similar. For private networks of homeservers, you likely want to use a private CA instead. Only effective if federation_verify_certicates is true. Example configuration: federation_certificate_verification_whitelist: - lon.example.com - \"*.domain.com\" - \"*.onion\" Config option: federation_custom_ca_list List of custom certificate authorities for federation traffic. This setting should only normally be used within a private network of homeservers. Note that this list will replace those that are provided by your operating environment. Certificates must be in PEM format. Example configuration: federation_custom_ca_list: - myCA1.pem - myCA2.pem - myCA3.pem","breadcrumbs":"Configuration » Configuration Manual » TLS","id":"210","title":"TLS"},"211":{"body":"Options related to federation. Config option: federation_domain_whitelist Restrict federation to the given whitelist of domains. N.B. we recommend also firewalling your federation listener to limit inbound federation traffic as early as possible, rather than relying purely on this application-layer restriction. If not specified, the default is to whitelist everything. Example configuration: federation_domain_whitelist: - lon.example.com - nyc.example.com - syd.example.com Config option: federation_metrics_domains Report prometheus metrics on the age of PDUs being sent to and received from the given domains. This can be used to give an idea of \"delay\" on inbound and outbound federation, though be aware that any delay can be due to problems at either end or with the intermediate network. By default, no domains are monitored in this way. Example configuration: federation_metrics_domains: - matrix.org - example.com Config option: allow_profile_lookup_over_federation Set to false to disable profile lookup over federation. By default, the Federation API allows other homeservers to obtain profile data of any user on this homeserver. Example configuration: allow_profile_lookup_over_federation: false Config option: allow_device_name_lookup_over_federation Set this option to true to allow device display name lookup over federation. By default, the Federation API prevents other homeservers from obtaining the display names of any user devices on this homeserver. Example configuration: allow_device_name_lookup_over_federation: true","breadcrumbs":"Configuration » Configuration Manual » Federation","id":"211","title":"Federation"},"212":{"body":"Options related to caching Config option: event_cache_size The number of events to cache in memory. Not affected by caches.global_factor. Defaults to 10K. Example configuration: event_cache_size: 15K Config option: cache and associated values A cache 'factor' is a multiplier that can be applied to each of Synapse's caches in order to increase or decrease the maximum number of entries that can be stored. Caching can be configured through the following sub-options: global_factor: Controls the global cache factor, which is the default cache factor for all caches if a specific factor for that cache is not otherwise set. This can also be set by the SYNAPSE_CACHE_FACTOR environment variable. Setting by environment variable takes priority over setting through the config file. Defaults to 0.5, which will halve the size of all caches. per_cache_factors: A dictionary of cache name to cache factor for that individual cache. Overrides the global cache factor for a given cache. These can also be set through environment variables comprised of SYNAPSE_CACHE_FACTOR_ + the name of the cache in capital letters and underscores. Setting by environment variable takes priority over setting through the config file. Ex. SYNAPSE_CACHE_FACTOR_GET_USERS_WHO_SHARE_ROOM_WITH_USER=2.0 Some caches have '*' and other characters that are not alphanumeric or underscores. These caches can be named with or without the special characters stripped. For example, to specify the cache factor for *stateGroupCache* via an environment variable would be SYNAPSE_CACHE_FACTOR_STATEGROUPCACHE=2.0. expire_caches: Controls whether cache entries are evicted after a specified time period. Defaults to true. Set to false to disable this feature. Note that never expiring caches may result in excessive memory usage. cache_entry_ttl: If expire_caches is enabled, this flag controls how long an entry can be in a cache without having been accessed before being evicted. Defaults to 30m. sync_response_cache_duration: Controls how long the results of a /sync request are cached for after a successful response is returned. A higher duration can help clients with intermittent connections, at the cost of higher memory usage. By default, this is zero, which means that sync responses are not cached at all. cache_autotuning and its sub-options max_cache_memory_usage, target_cache_memory_usage, and min_cache_ttl work in conjunction with each other to maintain a balance between cache memory usage and cache entry availability. You must be using jemalloc to utilize this option, and all three of the options must be specified for this feature to work. This option defaults to off, enable it by providing values for the sub-options listed below. Please note that the feature will not work and may cause unstable behavior (such as excessive emptying of caches or exceptions) if all of the values are not provided. Please see the Config Conventions for information on how to specify memory size and cache expiry durations. max_cache_memory_usage sets a ceiling on how much memory the cache can use before caches begin to be continuously evicted. They will continue to be evicted until the memory usage drops below the target_memory_usage, set in the setting below, or until the min_cache_ttl is hit. There is no default value for this option. target_memory_usage sets a rough target for the desired memory usage of the caches. There is no default value for this option. min_cache_ttl sets a limit under which newer cache entries are not evicted and is only applied when caches are actively being evicted/max_cache_memory_usage has been exceeded. This is to protect hot caches from being emptied while Synapse is evicting due to memory. There is no default value for this option. Example configuration: caches: global_factor: 1.0 per_cache_factors: get_users_who_share_room_with_user: 2.0 sync_response_cache_duration: 2m cache_autotuning: max_cache_memory_usage: 1024M target_cache_memory_usage: 758M min_cache_ttl: 5m","breadcrumbs":"Configuration » Configuration Manual » Caching","id":"212","title":"Caching"},"213":{"body":"The cache factors (i.e. caches.global_factor and caches.per_cache_factors) may be reloaded at any time by sending a SIGHUP signal to Synapse using e.g. kill -HUP [PID_OF_SYNAPSE_PROCESS] If you are running multiple workers, you must individually update the worker config file and send this signal to each worker process. If you're using the example systemd service file in Synapse's contrib directory, you can send a SIGHUP signal by using systemctl reload matrix-synapse.","breadcrumbs":"Configuration » Configuration Manual » Reloading cache factors","id":"213","title":"Reloading cache factors"},"214":{"body":"Config options related to database settings. Config option: database The database setting defines the database that synapse uses to store all of its data. Associated sub-options: name: this option specifies the database engine to use: either sqlite3 (for SQLite) or psycopg2 (for PostgreSQL). If no name is specified Synapse will default to SQLite. txn_limit gives the maximum number of transactions to run per connection before reconnecting. Defaults to 0, which means no limit. allow_unsafe_locale is an option specific to Postgres. Under the default behavior, Synapse will refuse to start if the postgres db is set to a non-C locale. You can override this behavior (which is not recommended) by setting allow_unsafe_locale to true. Note that doing so may corrupt your database. You can find more information here and here . args gives options which are passed through to the database engine, except for options starting with cp_, which are used to configure the Twisted connection pool. For a reference to valid arguments, see: for sqlite for postgres for the connection pool For more information on using Synapse with Postgres, see here . Example SQLite configuration: database: name: sqlite3 args: database: /path/to/homeserver.db Example Postgres configuration: database: name: psycopg2 txn_limit: 10000 args: user: synapse_user password: secretpassword database: synapse host: localhost port: 5432 cp_min: 5 cp_max: 10","breadcrumbs":"Configuration » Configuration Manual » Database","id":"214","title":"Database"},"215":{"body":"Config options related to logging. Config option: log_config This option specifies a yaml python logging config file as described here . Example configuration: log_config: \"CONFDIR/SERVERNAME.log.config\"","breadcrumbs":"Configuration » Configuration Manual » Logging","id":"215","title":"Logging"},"216":{"body":"Options related to ratelimiting in Synapse. Each ratelimiting configuration is made of two parameters: per_second: number of requests a client can send per second. burst_count: number of requests a client can send before being throttled. Config option: rc_message Ratelimiting settings for client messaging. This is a ratelimiting option for messages that ratelimits sending based on the account the client is using. It defaults to: per_second: 0.2, burst_count: 10. Example configuration: rc_message: per_second: 0.5 burst_count: 15 Config option: rc_registration This option ratelimits registration requests based on the client's IP address. It defaults to per_second: 0.17, burst_count: 3. Example configuration: rc_registration: per_second: 0.15 burst_count: 2 Config option: rc_registration_token_validity This option checks the validity of registration tokens that ratelimits requests based on the client's IP address. Defaults to per_second: 0.1, burst_count: 5. Example configuration: rc_registration_token_validity: per_second: 0.3 burst_count: 6 Config option: rc_login This option specifies several limits for login: address ratelimits login requests based on the client's IP address. Defaults to per_second: 0.17, burst_count: 3. account ratelimits login requests based on the account the client is attempting to log into. Defaults to per_second: 0.17, burst_count: 3. failted_attempts ratelimits login requests based on the account the client is attempting to log into, based on the amount of failed login attempts for this account. Defaults to per_second: 0.17, burst_count: 3. Example configuration: rc_login: address: per_second: 0.15 burst_count: 5 account: per_second: 0.18 burst_count: 4 failed_attempts: per_second: 0.19 burst_count: 7 Config option: rc_admin_redaction This option sets ratelimiting redactions by room admins. If this is not explicitly set then it uses the same ratelimiting as per rc_message. This is useful to allow room admins to deal with abuse quickly. Example configuration: rc_admin_redaction: per_second: 1 burst_count: 50 Config option: rc_joins This option allows for ratelimiting number of rooms a user can join. This setting has the following sub-options: local: ratelimits when users are joining rooms the server is already in. Defaults to per_second: 0.1, burst_count: 10. remote: ratelimits when users are trying to join rooms not on the server (which can be more computationally expensive than restricting locally). Defaults to per_second: 0.01, burst_count: 10 Example configuration: rc_joins: local: per_second: 0.2 burst_count: 15 remote: per_second: 0.03 burst_count: 12 Config option: rc_3pid_validation This option ratelimits how often a user or IP can attempt to validate a 3PID. Defaults to per_second: 0.003, burst_count: 5. Example configuration: rc_3pid_validation: per_second: 0.003 burst_count: 5 Config option: rc_invites This option sets ratelimiting how often invites can be sent in a room or to a specific user. per_room defaults to per_second: 0.3, burst_count: 10 and per_user defaults to per_second: 0.003, burst_count: 5. Client requests that invite user(s) when creating a room will count against the rc_invites.per_room limit, whereas client requests to invite a single user to a room will count against both the rc_invites.per_user and rc_invites.per_room limits. Federation requests to invite a user will count against the rc_invites.per_user limit only, as Synapse presumes ratelimiting by room will be done by the sending server. The rc_invites.per_user limit applies to the receiver of the invite, rather than the sender, meaning that a rc_invite.per_user.burst_count of 5 mandates that a single user cannot receive more than a burst of 5 invites at a time. Example configuration: rc_invites: per_room: per_second: 0.5 burst_count: 5 per_user: per_second: 0.004 burst_count: 3 Config option: rc_third_party_invite This option ratelimits 3PID invites (i.e. invites sent to a third-party ID such as an email address or a phone number) based on the account that's sending the invite. Defaults to per_second: 0.2, burst_count: 10. Example configuration: rc_third_party_invite: per_second: 0.2 burst_count: 10 Config option: rc_federation Defines limits on federation requests. The rc_federation configuration has the following sub-options: window_size: window size in milliseconds. Defaults to 1000. sleep_limit: number of federation requests from a single server in a window before the server will delay processing the request. Defaults to 10. sleep_delay: duration in milliseconds to delay processing events from remote servers by if they go over the sleep limit. Defaults to 500. reject_limit: maximum number of concurrent federation requests allowed from a single server. Defaults to 50. concurrent: number of federation requests to concurrently process from a single server. Defaults to 3. Example configuration: rc_federation: window_size: 750 sleep_limit: 15 sleep_delay: 400 reject_limit: 40 concurrent: 5 Config option: federation_rr_transactions_per_room_per_second Sets outgoing federation transaction frequency for sending read-receipts, per-room. If we end up trying to send out more read-receipts, they will get buffered up into fewer transactions. Defaults to 50. Example configuration: federation_rr_transactions_per_room_per_second: 40","breadcrumbs":"Configuration » Configuration Manual » Ratelimiting","id":"216","title":"Ratelimiting"},"217":{"body":"Config options related to Synapse's media store. Config option: enable_media_repo Enable the media store service in the Synapse master. Defaults to true. Set to false if you are using a separate media store worker. Example configuration: enable_media_repo: false Config option: media_store_path Directory where uploaded images and attachments are stored. Example configuration: media_store_path: \"DATADIR/media_store\" Config option: media_storage_providers Media storage providers allow media to be stored in different locations. Defaults to none. Associated sub-options are: module: type of resource, e.g. file_system. store_local: whether to store newly uploaded local files store_remote: whether to store newly downloaded local files store_synchronous: whether to wait for successful storage for local uploads config: sets a path to the resource through the directory option Example configuration: media_storage_providers: - module: file_system store_local: false store_remote: false store_synchronous: false config: directory: /mnt/some/other/directory Config option: max_upload_size The largest allowed upload size in bytes. If you are using a reverse proxy you may also need to set this value in your reverse proxy's config. Defaults to 50M. Notably Nginx has a small max body size by default. See here for more on using a reverse proxy with Synapse. Example configuration: max_upload_size: 60M Config option: max_image_pixels Maximum number of pixels that will be thumbnailed. Defaults to 32M. Example configuration: max_image_pixels: 35M Config option: dynamic_thumbnails Whether to generate new thumbnails on the fly to precisely match the resolution requested by the client. If true then whenever a new resolution is requested by the client the server will generate a new thumbnail. If false the server will pick a thumbnail from a precalculated list. Defaults to false. Example configuration: dynamic_thumbnails: true Config option: thumbnail_sizes List of thumbnails to precalculate when an image is uploaded. Associated sub-options are: width height method: i.e. crop, scale, etc. Example configuration: thumbnail_sizes: - width: 32 height: 32 method: crop - width: 96 height: 96 method: crop - width: 320 height: 240 method: scale - width: 640 height: 480 method: scale - width: 800 height: 600 method: scale Config option: media_retention Controls whether local media and entries in the remote media cache (media that is downloaded from other homeservers) should be removed under certain conditions, typically for the purpose of saving space. Purging media files will be the carried out by the media worker (that is, the worker that has the enable_media_repo homeserver config option set to 'true'). This may be the main process. The media_retention.local_media_lifetime and media_retention.remote_media_lifetime config options control whether media will be purged if it has not been accessed in a given amount of time. Note that media is 'accessed' when loaded in a room in a client, or otherwise downloaded by a local or remote user. If the media has never been accessed, the media's creation time is used instead. Both thumbnails and the original media will be removed. If either of these options are unset, then media of that type will not be purged. Local or cached remote media that has been quarantined will not be deleted. Similarly, local media that has been marked as protected from quarantine will not be deleted. Example configuration: media_retention: local_media_lifetime: 90d remote_media_lifetime: 14d Config option: url_preview_enabled This setting determines whether the preview URL API is enabled. It is disabled by default. Set to true to enable. If enabled you must specify a url_preview_ip_range_blacklist blacklist. Example configuration: url_preview_enabled: true Config option: url_preview_ip_range_blacklist List of IP address CIDR ranges that the URL preview spider is denied from accessing. There are no defaults: you must explicitly specify a list for URL previewing to work. You should specify any internal services in your network that you do not want synapse to try to connect to, otherwise anyone in any Matrix room could cause your synapse to issue arbitrary GET requests to your internal services, causing serious security issues. (0.0.0.0 and :: are always blacklisted, whether or not they are explicitly listed here, since they correspond to unroutable addresses.) This must be specified if url_preview_enabled is set. It is recommended that you use the following example list as a starting point. Note: The value is ignored when an HTTP proxy is in use. Example configuration: url_preview_ip_range_blacklist: - '127.0.0.0/8' - '10.0.0.0/8' - '172.16.0.0/12' - '192.168.0.0/16' - '100.64.0.0/10' - '192.0.0.0/24' - '169.254.0.0/16' - '192.88.99.0/24' - '198.18.0.0/15' - '192.0.2.0/24' - '198.51.100.0/24' - '203.0.113.0/24' - '224.0.0.0/4' - '::1/128' - 'fe80::/10' - 'fc00::/7' - '2001:db8::/32' - 'ff00::/8' - 'fec0::/10' Config option: url_preview_ip_range_whitelist This option sets a list of IP address CIDR ranges that the URL preview spider is allowed to access even if they are specified in url_preview_ip_range_blacklist. This is useful for specifying exceptions to wide-ranging blacklisted target IP ranges - e.g. for enabling URL previews for a specific private website only visible in your network. Defaults to none. Example configuration: url_preview_ip_range_whitelist: - '192.168.1.1' Config option: url_preview_url_blacklist Optional list of URL matches that the URL preview spider is denied from accessing. You should use url_preview_ip_range_blacklist in preference to this, otherwise someone could define a public DNS entry that points to a private IP address and circumvent the blacklist. This is more useful if you know there is an entire shape of URL that you know that will never want synapse to try to spider. Each list entry is a dictionary of url component attributes as returned by urlparse.urlsplit as applied to the absolute form of the URL. See here for more information. Some examples are: username netloc scheme path The values of the dictionary are treated as a filename match pattern applied to that component of URLs, unless they start with a ^ in which case they are treated as a regular expression match. If all the specified component matches for a given list item succeed, the URL is blacklisted. Example configuration: url_preview_url_blacklist: # blacklist any URL with a username in its URI - username: '*' # blacklist all *.google.com URLs - netloc: 'google.com' - netloc: '*.google.com' # blacklist all plain HTTP URLs - scheme: 'http' # blacklist http(s)://www.acme.com/foo - netloc: 'www.acme.com' path: '/foo' # blacklist any URL with a literal IPv4 address - netloc: '^[0-9]+\\.[0-9]+\\.[0-9]+\\.[0-9]+$' Config option: max_spider_size The largest allowed URL preview spidering size in bytes. Defaults to 10M. Example configuration: max_spider_size: 8M Config option: url_preview_language A list of values for the Accept-Language HTTP header used when downloading webpages during URL preview generation. This allows Synapse to specify the preferred languages that URL previews should be in when communicating with remote servers. Each value is a IETF language tag; a 2-3 letter identifier for a language, optionally followed by subtags separated by '-', specifying a country or region variant. Multiple values can be provided, and a weight can be added to each by using quality value syntax (;q=). '*' translates to any language. Defaults to \"en\". Example configuration: url_preview_accept_language: - 'en-UK' - 'en-US;q=0.9' - 'fr;q=0.8' - '*;q=0.7' Config option: oembed oEmbed allows for easier embedding content from a website. It can be used for generating URLs previews of services which support it. A default list of oEmbed providers is included with Synapse. Set disable_default_providers to true to disable using these default oEmbed URLs. Use additional_providers to specify additional files with oEmbed configuration (each should be in the form of providers.json). By default this list is empty. Example configuration: oembed: disable_default_providers: true additional_providers: - oembed/my_providers.json","breadcrumbs":"Configuration » Configuration Manual » Media Store","id":"217","title":"Media Store"},"218":{"body":"See here for full details on setting up captcha. Config option: recaptcha_public_key This homeserver's ReCAPTCHA public key. Must be specified if enable_registration_captcha is enabled. Example configuration: recaptcha_public_key: \"YOUR_PUBLIC_KEY\" Config option: recaptcha_private_key This homeserver's ReCAPTCHA private key. Must be specified if enable_registration_captcha is enabled. Example configuration: recaptcha_private_key: \"YOUR_PRIVATE_KEY\" Config option: enable_registration_captcha Set to true to enable ReCaptcha checks when registering, preventing signup unless a captcha is answered. Requires a valid ReCaptcha public/private key. Defaults to false. Example configuration: enable_registration_captcha: true Config option: recaptcha_siteverify_api The API endpoint to use for verifying m.login.recaptcha responses. Defaults to https://www.recaptcha.net/recaptcha/api/siteverify. Example configuration: recaptcha_siteverify_api: \"https://my.recaptcha.site\"","breadcrumbs":"Configuration » Configuration Manual » Captcha","id":"218","title":"Captcha"},"219":{"body":"Options related to adding a TURN server to Synapse. Config option: turn_uris The public URIs of the TURN server to give to clients. Example configuration: turn_uris: [turn:example.org] Config option: turn_shared_secret The shared secret used to compute passwords for the TURN server. Example configuration: turn_shared_secret: \"YOUR_SHARED_SECRET\" Config options: turn_username and turn_password The Username and password if the TURN server needs them and does not use a token. Example configuration: turn_username: \"TURNSERVER_USERNAME\"\nturn_password: \"TURNSERVER_PASSWORD\" Config option: turn_user_lifetime How long generated TURN credentials last. Defaults to 1h. Example configuration: turn_user_lifetime: 2h Config option: turn_allow_guests Whether guests should be allowed to use the TURN server. This defaults to true, otherwise VoIP will be unreliable for guests. However, it does introduce a slight security risk as it allows users to connect to arbitrary endpoints without having first signed up for a valid account (e.g. by passing a CAPTCHA). Example configuration: turn_allow_guests: false","breadcrumbs":"Configuration » Configuration Manual » TURN","id":"219","title":"TURN"},"22":{"body":"When you are ready to start using PostgreSQL, edit the database section in your config file to match the following lines: database: name: psycopg2 args: user: password: database: host: cp_min: 5 cp_max: 10 All key, values in args are passed to the psycopg2.connect(..) function, except keys beginning with cp_, which are consumed by the twisted adbapi connection pool. See the libpq documentation for a list of options which can be passed. You should consider tuning the args.keepalives_* options if there is any danger of the connection between your homeserver and database dropping, otherwise Synapse may block for an extended period while it waits for a response from the database server. Example values might be: database: args: # ... as above # seconds of inactivity after which TCP should send a keepalive message to the server keepalives_idle: 10 # the number of seconds after which a TCP keepalive message that is not # acknowledged by the server should be retransmitted keepalives_interval: 10 # the number of TCP keepalives that can be lost before the client's connection # to the server is considered dead keepalives_count: 3","breadcrumbs":"Using Postgres » Synapse config","id":"22","title":"Synapse config"},"220":{"body":"Registration can be rate-limited using the parameters in the Ratelimiting section of this manual. Config option: enable_registration Enable registration for new users. Defaults to false. It is highly recommended that if you enable registration, you use either captcha, email, or token-based verification to verify that new users are not bots. In order to enable registration without any verification, you must also set enable_registration_without_verification to true. Example configuration: enable_registration: true Config option: enable_registration_without_verification Enable registration without email or captcha verification. Note: this option is not recommended, as registration without verification is a known vector for spam and abuse. Defaults to false. Has no effect unless enable_registration is also enabled. Example configuration: enable_registration_without_verification: true Config option: session_lifetime Time that a user's session remains valid for, after they log in. Note that this is not currently compatible with guest logins. Note also that this is calculated at login time: changes are not applied retrospectively to users who have already logged in. By default, this is infinite. Example configuration: session_lifetime: 24h Config option: refresh_access_token_lifetime Time that an access token remains valid for, if the session is using refresh tokens. For more information about refresh tokens, please see the manual . Note that this only applies to clients which advertise support for refresh tokens. Note also that this is calculated at login time and refresh time: changes are not applied to existing sessions until they are refreshed. By default, this is 5 minutes. Example configuration: refreshable_access_token_lifetime: 10m Config option: refresh_token_lifetime: 24h Time that a refresh token remains valid for (provided that it is not exchanged for another one first). This option can be used to automatically log-out inactive sessions. Please see the manual for more information. Note also that this is calculated at login time and refresh time: changes are not applied to existing sessions until they are refreshed. By default, this is infinite. Example configuration: refresh_token_lifetime: 24h Config option: nonrefreshable_access_token_lifetime Time that an access token remains valid for, if the session is NOT using refresh tokens. Please note that not all clients support refresh tokens, so setting this to a short value may be inconvenient for some users who will then be logged out frequently. Note also that this is calculated at login time: changes are not applied retrospectively to existing sessions for users that have already logged in. By default, this is infinite. Example configuration: nonrefreshable_access_token_lifetime: 24h Config option: registrations_require_3pid If this is set, the user must provide all of the specified types of 3PID when registering. Example configuration: registrations_require_3pid: - email - msisdn Config option: disable_msisdn_registration Explicitly disable asking for MSISDNs from the registration flow (overrides registrations_require_3pid if MSISDNs are set as required). Example configuration: disable_msisdn_registration: true Config option: allowed_local_3pids Mandate that users are only allowed to associate certain formats of 3PIDs with accounts on this server, as specified by the medium and pattern sub-options. Example configuration: allowed_local_3pids: - medium: email pattern: '^[^@]+@matrix\\.org$' - medium: email pattern: '^[^@]+@vector\\.im$' - medium: msisdn pattern: '\\+44' Config option: enable_3pid_lookup Enable 3PIDs lookup requests to identity servers from this server. Defaults to true. Example configuration: enable_3pid_lookup: false Config option: registration_requires_token Require users to submit a token during registration. Tokens can be managed using the admin API . Note that enable_registration must be set to true. Disabling this option will not delete any tokens previously generated. Defaults to false. Set to true to enable. Example configuration: registration_requires_token: true Config option: registration_shared_secret If set, allows registration of standard or admin accounts by anyone who has the shared secret, even if registration is otherwise disabled. Example configuration: registration_shared_secret: Config option: bcrypt_rounds Set the number of bcrypt rounds used to generate password hash. Larger numbers increase the work factor needed to generate the hash. The default number is 12 (which equates to 2^12 rounds). N.B. that increasing this will exponentially increase the time required to register or login - e.g. 24 => 2^24 rounds which will take >20 mins. Example configuration: bcrypt_rounds: 14 Config option: allow_guest_access Allows users to register as guests without a password/email/etc, and participate in rooms hosted on this server which have been made accessible to anonymous users. Defaults to false. Example configuration: allow_guest_access: true Config option: default_identity_server The identity server which we suggest that clients should use when users log in on this server. (By default, no suggestion is made, so it is left up to the client. This setting is ignored unless public_baseurl is also explicitly set.) Example configuration: default_identity_server: https://matrix.org Config option: account_threepid_delegates Handle threepid (email/phone etc) registration and password resets through a set of trusted identity servers. Note that this allows the configured identity server to reset passwords for accounts! Be aware that if email is not set, and SMTP options have not been configured in the email config block, registration and user password resets via email will be globally disabled. Additionally, if msisdn is not set, registration and password resets via msisdn will be disabled regardless, and users will not be able to associate an msisdn identifier to their account. This is due to Synapse currently not supporting any method of sending SMS messages on its own. To enable using an identity server for operations regarding a particular third-party identifier type, set the value to the URL of that identity server as shown in the examples below. Servers handling the these requests must answer the /requestToken endpoints defined by the Matrix Identity Service API specification . Example configuration: account_threepid_delegates: email: https://example.com # Delegate email sending to example.com msisdn: http://localhost:8090 # Delegate SMS sending to this local process Config option: enable_set_displayname Whether users are allowed to change their displayname after it has been initially set. Useful when provisioning users based on the contents of a third-party directory. Does not apply to server administrators. Defaults to true. Example configuration: enable_set_displayname: false Config option: enable_set_avatar_url Whether users are allowed to change their avatar after it has been initially set. Useful when provisioning users based on the contents of a third-party directory. Does not apply to server administrators. Defaults to true. Example configuration: enable_set_avatar_url: false Config option: enable_3pid_changes Whether users can change the third-party IDs associated with their accounts (email address and msisdn). Defaults to true. Example configuration: enable_3pid_changes: false Config option: auto_join_rooms Users who register on this homeserver will automatically be joined to the rooms listed under this option. By default, any room aliases included in this list will be created as a publicly joinable room when the first user registers for the homeserver. If the room already exists, make certain it is a publicly joinable room, i.e. the join rule of the room must be set to 'public'. You can find more options relating to auto-joining rooms below. Example configuration: auto_join_rooms: - \"#exampleroom:example.com\" - \"#anotherexampleroom:example.com\" Config option: autocreate_auto_join_rooms Where auto_join_rooms are specified, setting this flag ensures that the rooms exist by creating them when the first user on the homeserver registers. By default the auto-created rooms are publicly joinable from any federated server. Use the autocreate_auto_join_rooms_federated and autocreate_auto_join_room_preset settings to customise this behaviour. Setting to false means that if the rooms are not manually created, users cannot be auto-joined since they do not exist. Defaults to true. Example configuration: autocreate_auto_join_rooms: false Config option: autocreate_auto_join_rooms_federated Whether the rooms listen in auto_join_rooms that are auto-created are available via federation. Only has an effect if autocreate_auto_join_rooms is true. Note that whether a room is federated cannot be modified after creation. Defaults to true: the room will be joinable from other servers. Set to false to prevent users from other homeservers from joining these rooms. Example configuration: autocreate_auto_join_rooms_federated: false Config option: autocreate_auto_join_room_preset The room preset to use when auto-creating one of auto_join_rooms. Only has an effect if autocreate_auto_join_rooms is true. Possible values for this option are: \"public_chat\": the room is joinable by anyone, including federated servers if autocreate_auto_join_rooms_federated is true (the default). \"private_chat\": an invitation is required to join these rooms. \"trusted_private_chat\": an invitation is required to join this room and the invitee is assigned a power level of 100 upon joining the room. If a value of \"private_chat\" or \"trusted_private_chat\" is used then auto_join_mxid_localpart must also be configured. Defaults to \"public_chat\". Example configuration: autocreate_auto_join_room_preset: private_chat Config option: auto_join_mxid_localpart The local part of the user id which is used to create auto_join_rooms if autocreate_auto_join_rooms is true. If this is not provided then the initial user account that registers will be used to create the rooms. The user id is also used to invite new users to any auto-join rooms which are set to invite-only. It must be configured if autocreate_auto_join_room_preset is set to \"private_chat\" or \"trusted_private_chat\". Note that this must be specified in order for new users to be correctly invited to any auto-join rooms which have been set to invite-only (either at the time of creation or subsequently). Note that, if the room already exists, this user must be joined and have the appropriate permissions to invite new members. Example configuration: auto_join_mxid_localpart: system Config option: auto_join_rooms_for_guests When auto_join_rooms is specified, setting this flag to false prevents guest accounts from being automatically joined to the rooms. Defaults to true. Example configuration: auto_join_rooms_for_guests: false Config option: inhibit_user_in_use_error Whether to inhibit errors raised when registering a new account if the user ID already exists. If turned on, requests to /register/available will always show a user ID as available, and Synapse won't raise an error when starting a registration with a user ID that already exists. However, Synapse will still raise an error if the registration completes and the username conflicts. Defaults to false. Example configuration: inhibit_user_in_use_error: true","breadcrumbs":"Configuration » Configuration Manual » Registration","id":"220","title":"Registration"},"221":{"body":"Config options related to metrics. Config option: enable_metrics Set to true to enable collection and rendering of performance metrics. Defaults to false. Example configuration: enable_metrics: true Config option: sentry Use this option to enable sentry integration. Provide the DSN assigned to you by sentry with the dsn setting. NOTE: While attempts are made to ensure that the logs don't contain any sensitive information, this cannot be guaranteed. By enabling this option the sentry server may therefore receive sensitive information, and it in turn may then disseminate sensitive information through insecure notification channels if so configured. Example configuration: sentry: dsn: \"...\" Config option: metrics_flags Flags to enable Prometheus metrics which are not suitable to be enabled by default, either for performance reasons or limited use. Currently the only option is known_servers, which publishes synapse_federation_known_servers, a gauge of the number of servers this homeserver knows about, including itself. May cause performance problems on large homeservers. Example configuration: metrics_flags: known_servers: true Config option: report_stats Whether or not to report anonymized homeserver usage statistics. This is originally set when generating the config. Set this option to true or false to change the current behavior. Example configuration: report_stats: true Config option: report_stats_endpoint The endpoint to report the anonymized homeserver usage statistics to. Defaults to https://matrix.org/report-usage-stats/push Example configuration: report_stats_endpoint: https://example.com/report-usage-stats/push","breadcrumbs":"Configuration » Configuration Manual » Metrics","id":"221","title":"Metrics"},"222":{"body":"Config settings related to the client/server API Config option: room_prejoin_state: Controls for the state that is shared with users who receive an invite to a room. By default, the following state event types are shared with users who receive invites to the room: m.room.join_rules m.room.canonical_alias m.room.avatar m.room.encryption m.room.name m.room.create m.room.topic To change the default behavior, use the following sub-options: disable_default_event_types: set to true to disable the above defaults. If this is enabled, only the event types listed in additional_event_types are shared. Defaults to false. additional_event_types: Additional state event types to share with users when they are invited to a room. By default, this list is empty (so only the default event types are shared). Example configuration: room_prejoin_state: disable_default_event_types: true additional_event_types: - org.example.custom.event.type - m.room.join_rules Config option: track_puppeted_user_ips We record the IP address of clients used to access the API for various reasons, including displaying it to the user in the \"Where you're signed in\" dialog. By default, when puppeting another user via the admin API, the client IP address is recorded against the user who created the access token (ie, the admin user), and not the puppeted user. Set this option to true to also record the IP address against the puppeted user. (This also means that the puppeted user will count as an \"active\" user for the purpose of monthly active user tracking - see limit_usage_by_mau etc above.) Example configuration: track_puppeted_user_ips: true Config option: app_service_config_files A list of application service config files to use. Example configuration: app_service_config_files: - app_service_1.yaml - app_service_2.yaml Config option: track_appservice_user_ips Defaults to false. Set to true to enable tracking of application service IP addresses. Implicitly enables MAU tracking for application service users. Example configuration: track_appservice_user_ips: true Config option: macaroon_secret_key A secret which is used to sign access tokens. If none is specified, the registration_shared_secret is used, if one is given; otherwise, a secret key is derived from the signing key. Example configuration: macaroon_secret_key: Config option: form_secret A secret which is used to calculate HMACs for form values, to stop falsification of values. Must be specified for the User Consent forms to work. Example configuration: form_secret: ","breadcrumbs":"Configuration » Configuration Manual » API Configuration","id":"222","title":"API Configuration"},"223":{"body":"Config options relating to signing keys Config option: signing_key_path Path to the signing key to sign messages with. Example configuration: signing_key_path: \"CONFDIR/SERVERNAME.signing.key\" Config option: old_signing_keys The keys that the server used to sign messages with but won't use to sign new messages. For each key, key should be the base64-encoded public key, and expired_tsshould be the time (in milliseconds since the unix epoch) that it was last used. It is possible to build an entry from an old signing.key file using the export_signing_key script which is provided with synapse. Example configuration: old_signing_keys: \"ed25519:id\": { key: \"base64string\", expired_ts: 123456789123 } Config option: key_refresh_interval How long key response published by this server is valid for. Used to set the valid_until_ts in /key/v2 APIs. Determines how quickly servers will query to check which keys are still valid. Defaults to 1d. Example configuration: key_refresh_interval: 2d Config option: trusted_key_servers: The trusted servers to download signing keys from. When we need to fetch a signing key, each server is tried in parallel. Normally, the connection to the key server is validated via TLS certificates. Additional security can be provided by configuring a verify key, which will make synapse check that the response is signed by that key. This setting supercedes an older setting named perspectives. The old format is still supported for backwards-compatibility, but it is deprecated. trusted_key_servers defaults to matrix.org, but using it will generate a warning on start-up. To suppress this warning, set suppress_key_server_warning to true. Options for each entry in the list include: server_name: the name of the server. Required. verify_keys: an optional map from key id to base64-encoded public key. If specified, we will check that the response is signed by at least one of the given keys. accept_keys_insecurely: a boolean. Normally, if verify_keys is unset, and federation_verify_certificates is not true, synapse will refuse to start, because this would allow anyone who can spoof DNS responses to masquerade as the trusted key server. If you know what you are doing and are sure that your network environment provides a secure connection to the key server, you can set this to true to override this behaviour. Example configuration #1: trusted_key_servers: - server_name: \"my_trusted_server.example.com\" verify_keys: \"ed25519:auto\": \"abcdefghijklmnopqrstuvwxyzabcdefghijklmopqr\" - server_name: \"my_other_trusted_server.example.com\" Example configuration #2: trusted_key_servers: - server_name: \"matrix.org\" Config option: suppress_key_server_warning Set the following to true to disable the warning that is emitted when the trusted_key_servers include 'matrix.org'. See above. Example configuration: suppress_key_server_warning: true Config option: key_server_signing_keys_path The signing keys to use when acting as a trusted key server. If not specified defaults to the server signing key. Can contain multiple keys, one per line. Example configuration: key_server_signing_keys_path: \"key_server_signing_keys.key\"","breadcrumbs":"Configuration » Configuration Manual » Signing Keys","id":"223","title":"Signing Keys"},"224":{"body":"The following settings can be used to make Synapse use a single sign-on provider for authentication, instead of its internal password database. You will probably also want to set the following options to false to disable the regular login/registration flows: enable_registration password_config.enabled You will also want to investigate the settings under the \"sso\" configuration section below. Config option: saml2_config Enable SAML2 for registration and login. Uses pysaml2. To learn more about pysaml and to find a full list options for configuring pysaml, read the docs here . At least one of sp_config or config_path must be set in this section to enable SAML login. You can either put your entire pysaml config inline using the sp_config option, or you can specify a path to a psyaml config file with the sub-option config_path. This setting has the following sub-options: sp_config: the configuration for the pysaml2 Service Provider. See pysaml2 docs for format of config. Default values will be used for the entityid and service settings, so it is not normally necessary to specify them unless you need to override them. Here are a few useful sub-options for configuring pysaml: metadata: Point this to the IdP's metadata. You must provide either a local file via the local attribute or (preferably) a URL via the remote attribute. accepted_time_diff: 3: Allowed clock difference in seconds between the homeserver and IdP. Defaults to 0. service: By default, the user has to go to our login page first. If you'd like to allow IdP-initiated login, set allow_unsolicited to true under sp in the service section. config_path: specify a separate pysaml2 configuration file thusly: config_path: \"CONFDIR/sp_conf.py\" saml_session_lifetime: The lifetime of a SAML session. This defines how long a user has to complete the authentication process, if allow_unsolicited is unset. The default is 15 minutes. user_mapping_provider: Using this option, an external module can be provided as a custom solution to mapping attributes returned from a saml provider onto a matrix user. The user_mapping_provider has the following attributes: module: The custom module's class. config: Custom configuration values for the module. Use the values provided in the example if you are using the built-in user_mapping_provider, or provide your own config values for a custom class if you are using one. This section will be passed as a Python dictionary to the module's parse_config method. The built-in provider takes the following two options: mxid_source_attribute: The SAML attribute (after mapping via the attribute maps) to use to derive the Matrix ID from. It is 'uid' by default. Note: This used to be configured by the saml2_config.mxid_source_attribute option. If that is still defined, its value will be used instead. mxid_mapping: The mapping system to use for mapping the saml attribute onto a matrix ID. Options include: hexencode (which maps unpermitted characters to '=xx') and dotreplace (which replaces unpermitted characters with '.'). The default is hexencode. Note: This used to be configured by the saml2_config.mxid_mapping option. If that is still defined, its value will be used instead. grandfathered_mxid_source_attribute: In previous versions of synapse, the mapping from SAML attribute to MXID was always calculated dynamically rather than stored in a table. For backwards- compatibility, we will look for user_ids matching such a pattern before creating a new account. This setting controls the SAML attribute which will be used for this backwards-compatibility lookup. Typically it should be 'uid', but if the attribute maps are changed, it may be necessary to change it. The default is 'uid'. attribute_requirements: It is possible to configure Synapse to only allow logins if SAML attributes match particular values. The requirements can be listed under attribute_requirements as shown in the example. All of the listed attributes must match for the login to be permitted. idp_entityid: If the metadata XML contains multiple IdP entities then the idp_entityid option must be set to the entity to redirect users to. Most deployments only have a single IdP entity and so should omit this option. Once SAML support is enabled, a metadata file will be exposed at https://:/_synapse/client/saml2/metadata.xml, which you may be able to use to configure your SAML IdP with. Alternatively, you can manually configure the IdP to use an ACS location of https://:/_synapse/client/saml2/authn_response. Example configuration: saml2_config: sp_config: metadata: local: [\"saml2/idp.xml\"] remote: - url: https://our_idp/metadata.xml accepted_time_diff: 3 service: sp: allow_unsolicited: true # The examples below are just used to generate our metadata xml, and you # may well not need them, depending on your setup. Alternatively you # may need a whole lot more detail - see the pysaml2 docs! description: [\"My awesome SP\", \"en\"] name: [\"Test SP\", \"en\"] ui_info: display_name: - lang: en text: \"Display Name is the descriptive name of your service.\" description: - lang: en text: \"Description should be a short paragraph explaining the purpose of the service.\" information_url: - lang: en text: \"https://example.com/terms-of-service\" privacy_statement_url: - lang: en text: \"https://example.com/privacy-policy\" keywords: - lang: en text: [\"Matrix\", \"Element\"] logo: - lang: en text: \"https://example.com/logo.svg\" width: \"200\" height: \"80\" organization: name: Example com display_name: - [\"Example co\", \"en\"] url: \"http://example.com\" contact_person: - given_name: Bob sur_name: \"the Sysadmin\" email_address\": [\"admin@example.com\"] contact_type\": technical saml_session_lifetime: 5m user_mapping_provider: # Below options are intended for the built-in provider, they should be # changed if using a custom module. config: mxid_source_attribute: displayName mxid_mapping: dotreplace grandfathered_mxid_source_attribute: upn attribute_requirements: - attribute: userGroup value: \"staff\" - attribute: department value: \"sales\" idp_entityid: 'https://our_idp/entityid' Config option: oidc_providers List of OpenID Connect (OIDC) / OAuth 2.0 identity providers, for registration and login. See here for information on how to configure these options. For backwards compatibility, it is also possible to configure a single OIDC provider via an oidc_config setting. This is now deprecated and admins are advised to migrate to the oidc_providers format. (When doing that migration, use oidc for the idp_id to ensure that existing users continue to be recognised.) Options for each entry include: idp_id: a unique identifier for this identity provider. Used internally by Synapse; should be a single word such as 'github'. Note that, if this is changed, users authenticating via that provider will no longer be recognised as the same user! (Use \"oidc\" here if you are migrating from an old oidc_config configuration.) idp_name: A user-facing name for this identity provider, which is used to offer the user a choice of login mechanisms. idp_icon: An optional icon for this identity provider, which is presented by clients and Synapse's own IdP picker page. If given, must be an MXC URI of the format mxc:///. (An easy way to obtain such an MXC URI is to upload an image to an (unencrypted) room and then copy the \"url\" from the source of the event.) idp_brand: An optional brand for this identity provider, allowing clients to style the login flow according to the identity provider in question. See the spec for possible options here. discover: set to false to disable the use of the OIDC discovery mechanism to discover endpoints. Defaults to true. issuer: Required. The OIDC issuer. Used to validate tokens and (if discovery is enabled) to discover the provider's endpoints. client_id: Required. oauth2 client id to use. client_secret: oauth2 client secret to use. May be omitted if client_secret_jwt_key is given, or if client_auth_method is 'none'. client_secret_jwt_key: Alternative to client_secret: details of a key used to create a JSON Web Token to be used as an OAuth2 client secret. If given, must be a dictionary with the following properties: key: a pem-encoded signing key. Must be a suitable key for the algorithm specified. Required unless key_file is given. key_file: the path to file containing a pem-encoded signing key file. Required unless key is given. jwt_header: a dictionary giving properties to include in the JWT header. Must include the key alg, giving the algorithm used to sign the JWT, such as \"ES256\", using the JWA identifiers in RFC7518. jwt_payload: an optional dictionary giving properties to include in the JWT payload. Normally this should include an iss key. client_auth_method: auth method to use when exchanging the token. Valid values are client_secret_basic (default), client_secret_post and none. scopes: list of scopes to request. This should normally include the \"openid\" scope. Defaults to [\"openid\"]. authorization_endpoint: the oauth2 authorization endpoint. Required if provider discovery is disabled. token_endpoint: the oauth2 token endpoint. Required if provider discovery is disabled. userinfo_endpoint: the OIDC userinfo endpoint. Required if discovery is disabled and the 'openid' scope is not requested. jwks_uri: URI where to fetch the JWKS. Required if discovery is disabled and the 'openid' scope is used. skip_verification: set to 'true' to skip metadata verification. Use this if you are connecting to a provider that is not OpenID Connect compliant. Defaults to false. Avoid this in production. user_profile_method: Whether to fetch the user profile from the userinfo endpoint, or to rely on the data returned in the id_token from the token_endpoint. Valid values are: auto or userinfo_endpoint. Defaults to auto, which uses the userinfo endpoint if openid is not included in scopes. Set to userinfo_endpoint to always use the userinfo endpoint. allow_existing_users: set to true to allow a user logging in via OIDC to match a pre-existing account instead of failing. This could be used if switching from password logins to OIDC. Defaults to false. user_mapping_provider: Configuration for how attributes returned from a OIDC provider are mapped onto a matrix user. This setting has the following sub-properties: module: The class name of a custom mapping module. Default is synapse.handlers.oidc.JinjaOidcMappingProvider. See https://matrix-org.github.io/synapse/latest/sso_mapping_providers.html#openid-mapping-providers for information on implementing a custom mapping provider. config: Configuration for the mapping provider module. This section will be passed as a Python dictionary to the user mapping provider module's parse_config method. For the default provider, the following settings are available: subject_claim: name of the claim containing a unique identifier for the user. Defaults to 'sub', which OpenID Connect compliant providers should provide. localpart_template: Jinja2 template for the localpart of the MXID. If this is not set, the user will be prompted to choose their own username (see the documentation for the sso_auth_account_details.html template). This template can use the localpart_from_email filter. confirm_localpart: Whether to prompt the user to validate (or change) the generated localpart (see the documentation for the 'sso_auth_account_details.html' template), instead of registering the account right away. display_name_template: Jinja2 template for the display name to set on first login. If unset, no displayname will be set. email_template: Jinja2 template for the email address of the user. If unset, no email address will be added to the account. extra_attributes: a map of Jinja2 templates for extra attributes to send back to the client during login. Note that these are non-standard and clients will ignore them without modifications. When rendering, the Jinja2 templates are given a 'user' variable, which is set to the claims returned by the UserInfo Endpoint and/or in the ID Token. It is possible to configure Synapse to only allow logins if certain attributes match particular values in the OIDC userinfo. The requirements can be listed under attribute_requirements as shown here: attribute_requirements: - attribute: family_name value: \"Stephensson\" - attribute: groups value: \"admin\" All of the listed attributes must match for the login to be permitted. Additional attributes can be added to userinfo by expanding the scopes section of the OIDC config to retrieve additional information from the OIDC provider. If the OIDC claim is a list, then the attribute must match any value in the list. Otherwise, it must exactly match the value of the claim. Using the example above, the family_name claim MUST be \"Stephensson\", but the groups claim MUST contain \"admin\". Example configuration: oidc_providers: # Generic example # - idp_id: my_idp idp_name: \"My OpenID provider\" idp_icon: \"mxc://example.com/mediaid\" discover: false issuer: \"https://accounts.example.com/\" client_id: \"provided-by-your-issuer\" client_secret: \"provided-by-your-issuer\" client_auth_method: client_secret_post scopes: [\"openid\", \"profile\"] authorization_endpoint: \"https://accounts.example.com/oauth2/auth\" token_endpoint: \"https://accounts.example.com/oauth2/token\" userinfo_endpoint: \"https://accounts.example.com/userinfo\" jwks_uri: \"https://accounts.example.com/.well-known/jwks.json\" skip_verification: true user_mapping_provider: config: subject_claim: \"id\" localpart_template: \"{{ user.login }}\" display_name_template: \"{{ user.name }}\" email_template: \"{{ user.email }}\" attribute_requirements: - attribute: userGroup value: \"synapseUsers\" Config option: cas_config Enable Central Authentication Service (CAS) for registration and login. Has the following sub-options: enabled: Set this to true to enable authorization against a CAS server. Defaults to false. server_url: The URL of the CAS authorization endpoint. displayname_attribute: The attribute of the CAS response to use as the display name. If no name is given here, no displayname will be set. required_attributes: It is possible to configure Synapse to only allow logins if CAS attributes match particular values. All of the keys given below must exist and the values must match the given value. Alternately if the given value is None then any value is allowed (the attribute just must exist). All of the listed attributes must match for the login to be permitted. Example configuration: cas_config: enabled: true server_url: \"https://cas-server.com\" displayname_attribute: name required_attributes: userGroup: \"staff\" department: None Config option: sso Additional settings to use with single-sign on systems such as OpenID Connect, SAML2 and CAS. Server admins can configure custom templates for pages related to SSO. See here for more information. Options include: client_whitelist: A list of client URLs which are whitelisted so that the user does not have to confirm giving access to their account to the URL. Any client whose URL starts with an entry in the following list will not be subject to an additional confirmation step after the SSO login is completed. WARNING: An entry such as \"https://my.client\" is insecure, because it will also match \"https://my.client.evil.site\", exposing your users to phishing attacks from evil.site. To avoid this, include a slash after the hostname: \"https://my.client/\". The login fallback page (used by clients that don't natively support the required login flows) is whitelisted in addition to any URLs in this list. By default, this list contains only the login fallback page. update_profile_information: Use this setting to keep a user's profile fields in sync with information from the identity provider. Currently only syncing the displayname is supported. Fields are checked on every SSO login, and are updated if necessary. Note that enabling this option will override user profile information, regardless of whether users have opted-out of syncing that information when first signing in. Defaults to false. Example configuration: sso: client_whitelist: - https://riot.im/develop - https://my.custom.client/ update_profile_information: true Config option: jwt_config JSON web token integration. The following settings can be used to make Synapse JSON web tokens for authentication, instead of its internal password database. Each JSON Web Token needs to contain a \"sub\" (subject) claim, which is used as the localpart of the mxid. Additionally, the expiration time (\"exp\"), not before time (\"nbf\"), and issued at (\"iat\") claims are validated if present. Note that this is a non-standard login type and client support is expected to be non-existent. See here for more. Additional sub-options for this setting include: enabled: Set to true to enable authorization using JSON web tokens. Defaults to false. secret: This is either the private shared secret or the public key used to decode the contents of the JSON web token. Required if enabled is set to true. algorithm: The algorithm used to sign the JSON web token. Supported algorithms are listed at https://pyjwt.readthedocs.io/en/latest/algorithms.html Required if enabled is set to true. subject_claim: Name of the claim containing a unique identifier for the user. Optional, defaults to sub. issuer: The issuer to validate the \"iss\" claim against. Optional. If provided the \"iss\" claim will be required and validated for all JSON web tokens. audiences: A list of audiences to validate the \"aud\" claim against. Optional. If provided the \"aud\" claim will be required and validated for all JSON web tokens. Note that if the \"aud\" claim is included in a JSON web token then validation will fail without configuring audiences. Example configuration: jwt_config: enabled: true secret: \"provided-by-your-issuer\" algorithm: \"provided-by-your-issuer\" subject_claim: \"name_of_claim\" issuer: \"provided-by-your-issuer\" audiences: - \"provided-by-your-issuer\" Config option: password_config Use this setting to enable password-based logins. This setting has the following sub-options: enabled: Defaults to true. Set to false to disable password authentication. Set to only_for_reauth to allow users with existing passwords to use them to log in and reauthenticate, whilst preventing new users from setting passwords. localdb_enabled: Set to false to disable authentication against the local password database. This is ignored if enabled is false, and is only useful if you have other password_providers. Defaults to true. pepper: Set the value here to a secret random string for extra security. # Uncomment and change to a secret random string for extra security. DO NOT CHANGE THIS AFTER INITIAL SETUP! policy: Define and enforce a password policy, such as minimum lengths for passwords, etc. Each parameter is optional. This is an implementation of MSC2000. Parameters are as follows: enabled: Defaults to false. Set to true to enable. minimum_length: Minimum accepted length for a password. Defaults to 0. require_digit: Whether a password must contain at least one digit. Defaults to false. require_symbol: Whether a password must contain at least one symbol. A symbol is any character that's not a number or a letter. Defaults to false. require_lowercase: Whether a password must contain at least one lowercase letter. Defaults to false. require_uppercase: Whether a password must contain at least one uppercase letter. Defaults to false. Example configuration: password_config: enabled: false localdb_enabled: false pepper: \"EVEN_MORE_SECRET\" policy: enabled: true minimum_length: 15 require_digit: true require_symbol: true require_lowercase: true require_uppercase: true Config option: ui_auth The amount of time to allow a user-interactive authentication session to be active. This defaults to 0, meaning the user is queried for their credentials before every action, but this can be overridden to allow a single validation to be re-used. This weakens the protections afforded by the user-interactive authentication process, by allowing for multiple (and potentially different) operations to use the same validation session. This is ignored for potentially \"dangerous\" operations (including deactivating an account, modifying an account password, and adding a 3PID). Use the session_timeout sub-option here to change the time allowed for credential validation. Example configuration: ui_auth: session_timeout: \"15s\" Config option: email Configuration for sending emails from Synapse. Server admins can configure custom templates for email content. See here for more information. This setting has the following sub-options: smtp_host: The hostname of the outgoing SMTP server to use. Defaults to 'localhost'. smtp_port: The port on the mail server for outgoing SMTP. Defaults to 25. smtp_user and smtp_pass: Username/password for authentication to the SMTP server. By default, no authentication is attempted. require_transport_security: Set to true to require TLS transport security for SMTP. By default, Synapse will connect over plain text, and will then switch to TLS via STARTTLS if the SMTP server supports it . If this option is set, Synapse will refuse to connect unless the server supports STARTTLS. enable_tls: By default, if the server supports TLS, it will be used, and the server must present a certificate that is valid for 'smtp_host'. If this option is set to false, TLS will not be used. notif_from: defines the \"From\" address to use when sending emails. It must be set if email sending is enabled. The placeholder '%(app)s' will be replaced by the application name, which is normally set in app_name, but may be overridden by the Matrix client application. Note that the placeholder must be written '%(app)s', including the trailing 's'. app_name: app_name defines the default value for '%(app)s' in notif_from and email subjects. It defaults to 'Matrix'. enable_notifs: Set to true to enable sending emails for messages that the user has missed. Disabled by default. notif_for_new_users: Set to false to disable automatic subscription to email notifications for new users. Enabled by default. client_base_url: Custom URL for client links within the email notifications. By default links will be based on \"https://matrix.to\". (This setting used to be called riot_base_url; the old name is still supported for backwards-compatibility but is now deprecated.) validation_token_lifetime: Configures the time that a validation email will expire after sending. Defaults to 1h. invite_client_location: The web client location to direct users to during an invite. This is passed to the identity server as the org.matrix.web_client_location key. Defaults to unset, giving no guidance to the identity server. subjects: Subjects to use when sending emails from Synapse. The placeholder '%(app)s' will be replaced with the value of the app_name setting, or by a value dictated by the Matrix client application. In addition, each subject can use the following placeholders: '%(person)s', which will be replaced by the displayname of the user(s) that sent the message(s), e.g. \"Alice and Bob\", and '%(room)s', which will be replaced by the name of the room the message(s) have been sent to, e.g. \"My super room\". In addition, emails related to account administration will can use the '%(server_name)s' placeholder, which will be replaced by the value of the server_name setting in your Synapse configuration. Here is a list of subjects for notification emails that can be set: message_from_person_in_room: Subject to use to notify about one message from one or more user(s) in a room which has a name. Defaults to \"[%(app)s] You have a message on %(app)s from %(person)s in the %(room)s room...\" message_from_person: Subject to use to notify about one message from one or more user(s) in a room which doesn't have a name. Defaults to \"[%(app)s] You have a message on %(app)s from %(person)s...\" messages_from_person: Subject to use to notify about multiple messages from one or more users in a room which doesn't have a name. Defaults to \"[%(app)s] You have messages on %(app)s from %(person)s...\" messages_in_room: Subject to use to notify about multiple messages in a room which has a name. Defaults to \"[%(app)s] You have messages on %(app)s in the %(room)s room...\" messages_in_room_and_others: Subject to use to notify about multiple messages in multiple rooms. Defaults to \"[%(app)s] You have messages on %(app)s in the %(room)s room and others...\" messages_from_person_and_others: Subject to use to notify about multiple messages from multiple persons in multiple rooms. This is similar to the setting above except it's used when the room in which the notification was triggered has no name. Defaults to \"[%(app)s] You have messages on %(app)s from %(person)s and others...\" invite_from_person_to_room: Subject to use to notify about an invite to a room which has a name. Defaults to \"[%(app)s] %(person)s has invited you to join the %(room)s room on %(app)s...\" invite_from_person: Subject to use to notify about an invite to a room which doesn't have a name. Defaults to \"[%(app)s] %(person)s has invited you to chat on %(app)s...\" password_reset: Subject to use when sending a password reset email. Defaults to \"[%(server_name)s] Password reset\" email_validation: Subject to use when sending a verification email to assert an address's ownership. Defaults to \"[%(server_name)s] Validate your email\" Example configuration: email: smtp_host: mail.server smtp_port: 587 smtp_user: \"exampleusername\" smtp_pass: \"examplepassword\" require_transport_security: true enable_tls: false notif_from: \"Your Friendly %(app)s homeserver \" app_name: my_branded_matrix_server enable_notifs: true notif_for_new_users: false client_base_url: \"http://localhost/riot\" validation_token_lifetime: 15m invite_client_location: https://app.element.io subjects: message_from_person_in_room: \"[%(app)s] You have a message on %(app)s from %(person)s in the %(room)s room...\" message_from_person: \"[%(app)s] You have a message on %(app)s from %(person)s...\" messages_from_person: \"[%(app)s] You have messages on %(app)s from %(person)s...\" messages_in_room: \"[%(app)s] You have messages on %(app)s in the %(room)s room...\" messages_in_room_and_others: \"[%(app)s] You have messages on %(app)s in the %(room)s room and others...\" messages_from_person_and_others: \"[%(app)s] You have messages on %(app)s from %(person)s and others...\" invite_from_person_to_room: \"[%(app)s] %(person)s has invited you to join the %(room)s room on %(app)s...\" invite_from_person: \"[%(app)s] %(person)s has invited you to chat on %(app)s...\" password_reset: \"[%(server_name)s] Password reset\" email_validation: \"[%(server_name)s] Validate your email\"","breadcrumbs":"Configuration » Configuration Manual » Single sign-on integration","id":"224","title":"Single sign-on integration"},"225":{"body":"Configuration settings related to push notifications Config option: push This setting defines options for push notifications. This option has a number of sub-options. They are as follows: include_content: Clients requesting push notifications can either have the body of the message sent in the notification poke along with other details like the sender, or just the event ID and room ID (event_id_only). If clients choose the to have the body sent, this option controls whether the notification request includes the content of the event (other details like the sender are still included). If event_id_only is enabled, it has no effect. For modern android devices the notification content will still appear because it is loaded by the app. iPhone, however will send a notification saying only that a message arrived and who it came from. Defaults to true. Set to false to only include the event ID and room ID in push notification payloads. group_unread_count_by_room: false: When a push notification is received, an unread count is also sent. This number can either be calculated as the number of unread messages for the user, or the number of rooms the user has unread messages in. Defaults to true, meaning push clients will see the number of rooms with unread messages in them. Set to false to instead send the number of unread messages. Example configuration: push: include_content: false group_unread_count_by_room: false","breadcrumbs":"Configuration » Configuration Manual » Push","id":"225","title":"Push"},"226":{"body":"Config options relating to rooms. Config option: encryption_enabled_by_default Controls whether locally-created rooms should be end-to-end encrypted by default. Possible options are \"all\", \"invite\", and \"off\". They are defined as: \"all\": any locally-created room \"invite\": any room created with the private_chat or trusted_private_chat room creation presets \"off\": this option will take no effect The default value is \"off\". Note that this option will only affect rooms created after it is set. It will also not affect rooms created by other servers. Example configuration: encryption_enabled_by_default_for_room_type: invite Config option: user_directory This setting defines options related to the user directory. This option has the following sub-options: enabled: Defines whether users can search the user directory. If false then empty responses are returned to all queries. Defaults to true. search_all_users: Defines whether to search all users visible to your HS when searching the user directory. If false, search results will only contain users visible in public rooms and users sharing a room with the requester. Defaults to false. NB. If you set this to true, and the last time the user_directory search indexes were (re)built was before Synapse 1.44, you'll have to rebuild the indexes in order to search through all known users. These indexes are built the first time Synapse starts; admins can manually trigger a rebuild via API following the instructions at https://matrix-org.github.io/synapse/latest/usage/administration/admin_api/background_updates.html#run Set to true to return search results containing all known users, even if that user does not share a room with the requester. prefer_local_users: Defines whether to prefer local users in search query results. If set to true, local users are more likely to appear above remote users when searching the user directory. Defaults to false. Example configuration: user_directory: enabled: false search_all_users: true prefer_local_users: true Config option: user_consent For detailed instructions on user consent configuration, see here . Parts of this section are required if enabling the consent resource under listeners, in particular template_dir and version. # TODO: link listeners template_dir: gives the location of the templates for the HTML forms. This directory should contain one subdirectory per language (eg, en, fr), and each language directory should contain the policy document (named as .html) and a success page (success.html). version: specifies the 'current' version of the policy document. It defines the version to be served by the consent resource if there is no 'v' parameter. server_notice_content: if enabled, will send a user a \"Server Notice\" asking them to consent to the privacy policy. The server_notices section ##TODO: link must also be configured for this to work. Notices will not be sent to guest users unless send_server_notice_to_guests is set to true. block_events_error, if set, will block any attempts to send events until the user consents to the privacy policy. The value of the setting is used as the text of the error. require_at_registration, if enabled, will add a step to the registration process, similar to how captcha works. Users will be required to accept the policy before their account is created. policy_name is the display name of the policy users will see when registering for an account. Has no effect unless require_at_registration is enabled. Defaults to \"Privacy Policy\". Example configuration: user_consent: template_dir: res/templates/privacy version: 1.0 server_notice_content: msgtype: m.text body: >- To continue using this homeserver you must review and agree to the terms and conditions at %(consent_uri)s send_server_notice_to_guests: true block_events_error: >- To continue using this homeserver you must review and agree to the terms and conditions at %(consent_uri)s require_at_registration: false policy_name: Privacy Policy Config option: stats Settings for local room and user statistics collection. See here for more. enabled: Set to false to disable room and user statistics. Note that doing so may cause certain features (such as the room directory) not to work correctly. Defaults to true. Example configuration: stats: enabled: false Config option: server_notices Use this setting to enable a room which can be used to send notices from the server to users. It is a special room which users cannot leave; notices in the room come from a special \"notices\" user id. If you use this setting, you must define the system_mxid_localpart sub-setting, which defines the id of the user which will be used to send the notices. Sub-options for this setting include: system_mxid_display_name: set the display name of the \"notices\" user system_mxid_avatar_url: set the avatar for the \"notices\" user room_name: set the room name of the server notices room Example configuration: server_notices: system_mxid_localpart: notices system_mxid_display_name: \"Server Notices\" system_mxid_avatar_url: \"mxc://server.com/oumMVlgDnLYFaPVkExemNVVZ\" room_name: \"Server Notices\" Config option: enable_room_list_search Set to false to disable searching the public room list. When disabled blocks searching local and remote room lists for local and remote users by always returning an empty list for all queries. Defaults to true. Example configuration: enable_room_list_search: false Config option: alias_creation The alias_creation option controls who is allowed to create aliases on this server. The format of this option is a list of rules that contain globs that match against user_id, room_id and the new alias (fully qualified with server name). The action in the first rule that matches is taken, which can currently either be \"allow\" or \"deny\". Missing user_id/room_id/alias fields default to \"*\". If no rules match the request is denied. An empty list means no one can create aliases. Options for the rules include: user_id: Matches against the creator of the alias. Defaults to \"*\". alias: Matches against the alias being created. Defaults to \"*\". room_id: Matches against the room ID the alias is being pointed at. Defaults to \"*\" action: Whether to \"allow\" or \"deny\" the request if the rule matches. Defaults to allow. Example configuration: alias_creation_rules: - user_id: \"bad_user\" alias: \"spammy_alias\" room_id: \"*\" action: deny Config options: room_list_publication_rules The room_list_publication_rules option controls who can publish and which rooms can be published in the public room list. The format of this option is the same as that for alias_creation_rules. If the room has one or more aliases associated with it, only one of the aliases needs to match the alias rule. If there are no aliases then only rules with alias: * match. If no rules match the request is denied. An empty list means no one can publish rooms. Options for the rules include: user_id: Matches against the creator of the alias. Defaults to \"*\". alias: Matches against any current local or canonical aliases associated with the room. Defaults to \"*\". room_id: Matches against the room ID being published. Defaults to \"*\". action: Whether to \"allow\" or \"deny\" the request if the rule matches. Defaults to allow. Example configuration: room_list_publication_rules: - user_id: \"*\" alias: \"*\" room_id: \"*\" action: allow Config option: default_power_level_content_override The default_power_level_content_override option controls the default power levels for rooms. Useful if you know that your users need special permissions in rooms that they create (e.g. to send particular types of state events without needing an elevated power level). This takes the same shape as the power_level_content_override parameter in the /createRoom API, but is applied before that parameter. Note that each key provided inside a preset (for example events in the example below) will overwrite all existing defaults inside that key. So in the example below, newly-created private_chat rooms will have no rules for any event types except com.example.foo. Example configuration: default_power_level_content_override: private_chat: { \"events\": { \"com.example.foo\" : 0 } } trusted_private_chat: null public_chat: null","breadcrumbs":"Configuration » Configuration Manual » Rooms","id":"226","title":"Rooms"},"227":{"body":"Configuration options related to Opentracing support. Config option: opentracing These settings enable and configure opentracing, which implements distributed tracing. This allows you to observe the causal chains of events across servers including requests, key lookups etc., across any server running synapse or any other services which support opentracing (specifically those implemented with Jaeger). Sub-options include: enabled: whether tracing is enabled. Set to true to enable. Disabled by default. homeserver_whitelist: The list of homeservers we wish to send and receive span contexts and span baggage. See here for more. This is a list of regexes which are matched against the server_name of the homeserver. By default, it is empty, so no servers are matched. force_tracing_for_users: # A list of the matrix IDs of users whose requests will always be traced, even if the tracing system would otherwise drop the traces due to probabilistic sampling. By default, the list is empty. jaeger_config: Jaeger can be configured to sample traces at different rates. All configuration options provided by Jaeger can be set here. Jaeger's configuration is mostly related to trace sampling which is documented here . Example configuration: opentracing: enabled: true homeserver_whitelist: - \".*\" force_tracing_for_users: - \"@user1:server_name\" - \"@user2:server_name\" jaeger_config: sampler: type: const param: 1 logging: false","breadcrumbs":"Configuration » Configuration Manual » Opentracing","id":"227","title":"Opentracing"},"228":{"body":"Configuration options related to workers. Config option: send_federation Controls sending of outbound federation transactions on the main process. Set to false if using a federation sender worker. Defaults to true. Example configuration: send_federation: false Config option: federation_sender_instances It is possible to run multiple federation sender workers, in which case the work is balanced across them. Use this setting to list the senders. This configuration setting must be shared between all federation sender workers, and if changed all federation sender workers must be stopped at the same time and then started, to ensure that all instances are running with the same config (otherwise events may be dropped). Example configuration: federation_sender_instances: - federation_sender1 Config option: instance_map When using workers this should be a map from worker name to the HTTP replication listener of the worker, if configured. Example configuration: instance_map: worker1: host: localhost port: 8034 Config option: stream_writers Experimental: When using workers you can define which workers should handle event persistence and typing notifications. Any worker specified here must also be in the instance_map. Example configuration: stream_writers: events: worker1 typing: worker1 Config option: run_background_tasks_on The worker that is used to run background tasks (e.g. cleaning up expired data). If not provided this defaults to the main process. Example configuration: run_background_tasks_on: worker1 Config option: worker_replication_secret A shared secret used by the replication APIs to authenticate HTTP requests from workers. By default this is unused and traffic is not authenticated. Example configuration: worker_replication_secret: \"secret_secret\" Config option: redis Configuration for Redis when using workers. This must be enabled when using workers (unless using old style direct TCP configuration). This setting has the following sub-options: enabled: whether to use Redis support. Defaults to false. host and port: Optional host and port to use to connect to redis. Defaults to localhost and 6379 password: Optional password if configured on the Redis instance. Example configuration: redis: enabled: true host: localhost port: 6379 password: ","breadcrumbs":"Configuration » Configuration Manual » Workers","id":"228","title":"Workers"},"229":{"body":"Configuration settings related to background updates. Config option: background_updates Background updates are database updates that are run in the background in batches. The duration, minimum batch size, default batch size, whether to sleep between batches and if so, how long to sleep can all be configured. This is helpful to speed up or slow down the updates. This setting has the following sub-options: background_update_duration_ms: How long in milliseconds to run a batch of background updates for. Defaults to 100. Set a different time to change the default. sleep_enabled: Whether to sleep between updates. Defaults to true. Set to false to change the default. sleep_duration_ms: If sleeping between updates, how long in milliseconds to sleep for. Defaults to 1000. Set a duration to change the default. min_batch_size: Minimum size a batch of background updates can be. Must be greater than 0. Defaults to 1. Set a size to change the default. default_batch_size: The batch size to use for the first iteration of a new background update. The default is 100. Set a size to change the default. Example configuration: background_updates: background_update_duration_ms: 500 sleep_enabled: false sleep_duration_ms: 300 min_batch_size: 10 default_batch_size: 50","breadcrumbs":"Configuration » Configuration Manual » Background Updates","id":"229","title":"Background Updates"},"23":{"body":"The default settings should be fine for most deployments. For larger scale deployments tuning some of the settings is recommended, details of which can be found at https://wiki.postgresql.org/wiki/Tuning_Your_PostgreSQL_Server . In particular, we've found tuning the following values helpful for performance: shared_buffers effective_cache_size work_mem maintenance_work_mem autovacuum_work_mem Note that the appropriate values for those fields depend on the amount of free memory the database host has available. Additionally, admins of large deployments might want to consider using huge pages to help manage memory, especially when using large values of shared_buffers. You can read more about that here .","breadcrumbs":"Using Postgres » Tuning Postgres","id":"23","title":"Tuning Postgres"},"230":{"body":"Below is a sample homeserver configuration file. The homeserver configuration file can be tweaked to change the behaviour of your homeserver. A restart of the server is generally required to apply any changes made to this file. Note that the contents below are not intended to be copied and used as the basis for a real homeserver.yaml. Instead, if you are starting from scratch, please generate a fresh config using Synapse by following the instructions in Installation . # This file is maintained as an up-to-date snapshot of the default\n# homeserver.yaml configuration generated by Synapse.\n#\n# It is intended to act as a reference for the default configuration,\n# helping admins keep track of new options and other changes, and compare\n# their configs with the current default. As such, many of the actual\n# config values shown are placeholders.\n#\n# It is *not* intended to be copied and used as the basis for a real\n# homeserver.yaml. Instead, if you are starting from scratch, please generate\n# a fresh config using Synapse by following the instructions in\n# https://matrix-org.github.io/synapse/latest/setup/installation.html. # Configuration options that take a time period can be set using a number\n# followed by a letter. Letters have the following meanings:\n# s = second\n# m = minute\n# h = hour\n# d = day\n# w = week\n# y = year\n# For example, setting redaction_retention_period: 5m would remove redacted\n# messages from the database after 5 minutes, rather than 5 months. ################################################################################ # Configuration file for Synapse.\n#\n# This is a YAML file: see [1] for a quick introduction. Note in particular\n# that *indentation is important*: all the elements of a list or dictionary\n# should have the same indentation.\n#\n# [1] https://docs.ansible.com/ansible/latest/reference_appendices/YAMLSyntax.html ## Modules ## # Server admins can expand Synapse's functionality with external modules.\n#\n# See https://matrix-org.github.io/synapse/latest/modules/index.html for more\n# documentation on how to configure or create custom modules for Synapse.\n#\nmodules: #- module: my_super_module.MySuperClass # config: # do_thing: true #- module: my_other_super_module.SomeClass # config: {} ## Server ## # The public-facing domain of the server\n#\n# The server_name name will appear at the end of usernames and room addresses\n# created on this server. For example if the server_name was example.com,\n# usernames on this server would be in the format @user:example.com\n#\n# In most cases you should avoid using a matrix specific subdomain such as\n# matrix.example.com or synapse.example.com as the server_name for the same\n# reasons you wouldn't use user@email.example.com as your email address.\n# See https://matrix-org.github.io/synapse/latest/delegate.html\n# for information on how to host Synapse on a subdomain while preserving\n# a clean server_name.\n#\n# The server_name cannot be changed later so it is important to\n# configure this correctly before you start Synapse. It should be all\n# lowercase and may contain an explicit port.\n# Examples: matrix.org, localhost:8080\n#\nserver_name: \"SERVERNAME\" # When running as a daemon, the file to store the pid in\n#\npid_file: DATADIR/homeserver.pid # The absolute URL to the web client which / will redirect to.\n#\n#web_client_location: https://riot.example.com/ # The public-facing base URL that clients use to access this Homeserver (not\n# including _matrix/...). This is the same URL a user might enter into the\n# 'Custom Homeserver URL' field on their client. If you use Synapse with a\n# reverse proxy, this should be the URL to reach Synapse via the proxy.\n# Otherwise, it should be the URL to reach Synapse's client HTTP listener (see\n# 'listeners' below).\n#\n# Defaults to 'https:///'.\n#\n#public_baseurl: https://example.com/ # Uncomment the following to tell other servers to send federation traffic on\n# port 443.\n#\n# By default, other servers will try to reach our server on port 8448, which can\n# be inconvenient in some environments.\n#\n# Provided 'https:///' on port 443 is routed to Synapse, this\n# option configures Synapse to serve a file at\n# 'https:///.well-known/matrix/server'. This will tell other\n# servers to send traffic to port 443 instead.\n#\n# See https://matrix-org.github.io/synapse/latest/delegate.html for more\n# information.\n#\n# Defaults to 'false'.\n#\n#serve_server_wellknown: true # Set the soft limit on the number of file descriptors synapse can use\n# Zero is used to indicate synapse should set the soft limit to the\n# hard limit.\n#\n#soft_file_limit: 0 # Presence tracking allows users to see the state (e.g online/offline)\n# of other local and remote users.\n#\npresence: # Uncomment to disable presence tracking on this homeserver. This option # replaces the previous top-level 'use_presence' option. # #enabled: false # Whether to require authentication to retrieve profile data (avatars,\n# display names) of other users through the client API. Defaults to\n# 'false'. Note that profile data is also available via the federation\n# API, unless allow_profile_lookup_over_federation is set to false.\n#\n#require_auth_for_profile_requests: true # Uncomment to require a user to share a room with another user in order\n# to retrieve their profile information. Only checked on Client-Server\n# requests. Profile requests from other servers should be checked by the\n# requesting server. Defaults to 'false'.\n#\n#limit_profile_requests_to_users_who_share_rooms: true # Uncomment to prevent a user's profile data from being retrieved and\n# displayed in a room until they have joined it. By default, a user's\n# profile data is included in an invite event, regardless of the values\n# of the above two settings, and whether or not the users share a server.\n# Defaults to 'true'.\n#\n#include_profile_data_on_invite: false # If set to 'true', removes the need for authentication to access the server's\n# public rooms directory through the client API, meaning that anyone can\n# query the room directory. Defaults to 'false'.\n#\n#allow_public_rooms_without_auth: true # If set to 'true', allows any other homeserver to fetch the server's public\n# rooms directory via federation. Defaults to 'false'.\n#\n#allow_public_rooms_over_federation: true # The default room version for newly created rooms.\n#\n# Known room versions are listed here:\n# https://spec.matrix.org/latest/rooms/#complete-list-of-room-versions\n#\n# For example, for room version 1, default_room_version should be set\n# to \"1\".\n#\n#default_room_version: \"9\" # The GC threshold parameters to pass to `gc.set_threshold`, if defined\n#\n#gc_thresholds: [700, 10, 10] # The minimum time in seconds between each GC for a generation, regardless of\n# the GC thresholds. This ensures that we don't do GC too frequently.\n#\n# A value of `[1s, 10s, 30s]` indicates that a second must pass between consecutive\n# generation 0 GCs, etc.\n#\n# Defaults to `[1s, 10s, 30s]`.\n#\n#gc_min_interval: [0.5s, 30s, 1m] # Set the limit on the returned events in the timeline in the get\n# and sync operations. The default value is 100. -1 means no upper limit.\n#\n# Uncomment the following to increase the limit to 5000.\n#\n#filter_timeline_limit: 5000 # Whether room invites to users on this server should be blocked\n# (except those sent by local server admins). The default is False.\n#\n#block_non_admin_invites: true # Room searching\n#\n# If disabled, new messages will not be indexed for searching and users\n# will receive errors when searching for messages. Defaults to enabled.\n#\n#enable_search: false # Prevent outgoing requests from being sent to the following blacklisted IP address\n# CIDR ranges. If this option is not specified then it defaults to private IP\n# address ranges (see the example below).\n#\n# The blacklist applies to the outbound requests for federation, identity servers,\n# push servers, and for checking key validity for third-party invite events.\n#\n# (0.0.0.0 and :: are always blacklisted, whether or not they are explicitly\n# listed here, since they correspond to unroutable addresses.)\n#\n# This option replaces federation_ip_range_blacklist in Synapse v1.25.0.\n#\n# Note: The value is ignored when an HTTP proxy is in use\n#\n#ip_range_blacklist:\n# - '127.0.0.0/8'\n# - '10.0.0.0/8'\n# - '172.16.0.0/12'\n# - '192.168.0.0/16'\n# - '100.64.0.0/10'\n# - '192.0.0.0/24'\n# - '169.254.0.0/16'\n# - '192.88.99.0/24'\n# - '198.18.0.0/15'\n# - '192.0.2.0/24'\n# - '198.51.100.0/24'\n# - '203.0.113.0/24'\n# - '224.0.0.0/4'\n# - '::1/128'\n# - 'fe80::/10'\n# - 'fc00::/7'\n# - '2001:db8::/32'\n# - 'ff00::/8'\n# - 'fec0::/10' # List of IP address CIDR ranges that should be allowed for federation,\n# identity servers, push servers, and for checking key validity for\n# third-party invite events. This is useful for specifying exceptions to\n# wide-ranging blacklisted target IP ranges - e.g. for communication with\n# a push server only visible in your network.\n#\n# This whitelist overrides ip_range_blacklist and defaults to an empty\n# list.\n#\n#ip_range_whitelist:\n# - '192.168.1.1' # List of ports that Synapse should listen on, their purpose and their\n# configuration.\n#\n# Options for each listener include:\n#\n# port: the TCP port to bind to\n#\n# bind_addresses: a list of local addresses to listen on. The default is\n# 'all local interfaces'.\n#\n# type: the type of listener. Normally 'http', but other valid options are:\n# 'manhole' (see https://matrix-org.github.io/synapse/latest/manhole.html),\n# 'metrics' (see https://matrix-org.github.io/synapse/latest/metrics-howto.html),\n# 'replication' (see https://matrix-org.github.io/synapse/latest/workers.html).\n#\n# tls: set to true to enable TLS for this listener. Will use the TLS\n# key/cert specified in tls_private_key_path / tls_certificate_path.\n#\n# x_forwarded: Only valid for an 'http' listener. Set to true to use the\n# X-Forwarded-For header as the client IP. Useful when Synapse is\n# behind a reverse-proxy.\n#\n# resources: Only valid for an 'http' listener. A list of resources to host\n# on this port. Options for each resource are:\n#\n# names: a list of names of HTTP resources. See below for a list of\n# valid resource names.\n#\n# compress: set to true to enable HTTP compression for this resource.\n#\n# additional_resources: Only valid for an 'http' listener. A map of\n# additional endpoints which should be loaded via dynamic modules.\n#\n# Valid resource names are:\n#\n# client: the client-server API (/_matrix/client), and the synapse admin\n# API (/_synapse/admin). Also implies 'media' and 'static'.\n#\n# consent: user consent forms (/_matrix/consent).\n# See https://matrix-org.github.io/synapse/latest/consent_tracking.html.\n#\n# federation: the server-server API (/_matrix/federation). Also implies\n# 'media', 'keys', 'openid'\n#\n# keys: the key discovery API (/_matrix/key).\n#\n# media: the media API (/_matrix/media).\n#\n# metrics: the metrics interface.\n# See https://matrix-org.github.io/synapse/latest/metrics-howto.html.\n#\n# openid: OpenID authentication.\n#\n# replication: the HTTP replication API (/_synapse/replication).\n# See https://matrix-org.github.io/synapse/latest/workers.html.\n#\n# static: static resources under synapse/static (/_matrix/static). (Mostly\n# useful for 'fallback authentication'.)\n#\nlisteners: # TLS-enabled listener: for when matrix traffic is sent directly to synapse. # # Disabled by default. To enable it, uncomment the following. (Note that you # will also need to give Synapse a TLS key and certificate: see the TLS section # below.) # #- port: 8448 # type: http # tls: true # resources: # - names: [client, federation] # Unsecure HTTP listener: for when matrix traffic passes through a reverse proxy # that unwraps TLS. # # If you plan to use a reverse proxy, please see # https://matrix-org.github.io/synapse/latest/reverse_proxy.html. # - port: 8008 tls: false type: http x_forwarded: true bind_addresses: ['::1', '127.0.0.1'] resources: - names: [client, federation] compress: false # example additional_resources: # #additional_resources: # \"/_matrix/my/custom/endpoint\": # module: my_module.CustomRequestHandler # config: {} # Turn on the twisted ssh manhole service on localhost on the given # port. # #- port: 9000 # bind_addresses: ['::1', '127.0.0.1'] # type: manhole # Connection settings for the manhole\n#\nmanhole_settings: # The username for the manhole. This defaults to 'matrix'. # #username: manhole # The password for the manhole. This defaults to 'rabbithole'. # #password: mypassword # The private and public SSH key pair used to encrypt the manhole traffic. # If these are left unset, then hardcoded and non-secret keys are used, # which could allow traffic to be intercepted if sent over a public network. # #ssh_priv_key_path: CONFDIR/id_rsa #ssh_pub_key_path: CONFDIR/id_rsa.pub # Forward extremities can build up in a room due to networking delays between\n# homeservers. Once this happens in a large room, calculation of the state of\n# that room can become quite expensive. To mitigate this, once the number of\n# forward extremities reaches a given threshold, Synapse will send an\n# org.matrix.dummy_event event, which will reduce the forward extremities\n# in the room.\n#\n# This setting defines the threshold (i.e. number of forward extremities in the\n# room) at which dummy events are sent. The default value is 10.\n#\n#dummy_events_threshold: 5 ## Homeserver blocking ## # How to reach the server admin, used in ResourceLimitError\n#\n#admin_contact: 'mailto:admin@server.com' # Global blocking\n#\n#hs_disabled: false\n#hs_disabled_message: 'Human readable reason for why the HS is blocked' # Monthly Active User Blocking\n#\n# Used in cases where the admin or server owner wants to limit to the\n# number of monthly active users.\n#\n# 'limit_usage_by_mau' disables/enables monthly active user blocking. When\n# enabled and a limit is reached the server returns a 'ResourceLimitError'\n# with error type Codes.RESOURCE_LIMIT_EXCEEDED\n#\n# 'max_mau_value' is the hard limit of monthly active users above which\n# the server will start blocking user actions.\n#\n# 'mau_trial_days' is a means to add a grace period for active users. It\n# means that users must be active for this number of days before they\n# can be considered active and guards against the case where lots of users\n# sign up in a short space of time never to return after their initial\n# session.\n#\n# The option `mau_appservice_trial_days` is similar to `mau_trial_days`, but\n# applies a different trial number if the user was registered by an appservice.\n# A value of 0 means no trial days are applied. Appservices not listed in this\n# dictionary use the value of `mau_trial_days` instead.\n#\n# 'mau_limit_alerting' is a means of limiting client side alerting\n# should the mau limit be reached. This is useful for small instances\n# where the admin has 5 mau seats (say) for 5 specific people and no\n# interest increasing the mau limit further. Defaults to True, which\n# means that alerting is enabled\n#\n#limit_usage_by_mau: false\n#max_mau_value: 50\n#mau_trial_days: 2\n#mau_limit_alerting: false\n#mau_appservice_trial_days:\n# \"appservice-id\": 1 # If enabled, the metrics for the number of monthly active users will\n# be populated, however no one will be limited. If limit_usage_by_mau\n# is true, this is implied to be true.\n#\n#mau_stats_only: false # Sometimes the server admin will want to ensure certain accounts are\n# never blocked by mau checking. These accounts are specified here.\n#\n#mau_limit_reserved_threepids:\n# - medium: 'email'\n# address: 'reserved_user@example.com' # Used by phonehome stats to group together related servers.\n#server_context: context # Resource-constrained homeserver settings\n#\n# When this is enabled, the room \"complexity\" will be checked before a user\n# joins a new remote room. If it is above the complexity limit, the server will\n# disallow joining, or will instantly leave.\n#\n# Room complexity is an arbitrary measure based on factors such as the number of\n# users in the room.\n#\nlimit_remote_rooms: # Uncomment to enable room complexity checking. # #enabled: true # the limit above which rooms cannot be joined. The default is 1.0. # #complexity: 0.5 # override the error which is returned when the room is too complex. # #complexity_error: \"This room is too complex.\" # allow server admins to join complex rooms. Default is false. # #admins_can_join: true # Whether to require a user to be in the room to add an alias to it.\n# Defaults to 'true'.\n#\n#require_membership_for_aliases: false # Whether to allow per-room membership profiles through the send of membership\n# events with profile information that differ from the target's global profile.\n# Defaults to 'true'.\n#\n#allow_per_room_profiles: false # The largest allowed file size for a user avatar. Defaults to no restriction.\n#\n# Note that user avatar changes will not work if this is set without\n# using Synapse's media repository.\n#\n#max_avatar_size: 10M # The MIME types allowed for user avatars. Defaults to no restriction.\n#\n# Note that user avatar changes will not work if this is set without\n# using Synapse's media repository.\n#\n#allowed_avatar_mimetypes: [\"image/png\", \"image/jpeg\", \"image/gif\"] # How long to keep redacted events in unredacted form in the database. After\n# this period redacted events get replaced with their redacted form in the DB.\n#\n# Defaults to `7d`. Set to `null` to disable.\n#\n#redaction_retention_period: 28d # How long to track users' last seen time and IPs in the database.\n#\n# Defaults to `28d`. Set to `null` to disable clearing out of old rows.\n#\n#user_ips_max_age: 14d # Inhibits the /requestToken endpoints from returning an error that might leak\n# information about whether an e-mail address is in use or not on this\n# homeserver.\n# Note that for some endpoints the error situation is the e-mail already being\n# used, and for others the error is entering the e-mail being unused.\n# If this option is enabled, instead of returning an error, these endpoints will\n# act as if no error happened and return a fake session ID ('sid') to clients.\n#\n#request_token_inhibit_3pid_errors: true # A list of domains that the domain portion of 'next_link' parameters\n# must match.\n#\n# This parameter is optionally provided by clients while requesting\n# validation of an email or phone number, and maps to a link that\n# users will be automatically redirected to after validation\n# succeeds. Clients can make use this parameter to aid the validation\n# process.\n#\n# The whitelist is applied whether the homeserver or an\n# identity server is handling validation.\n#\n# The default value is no whitelist functionality; all domains are\n# allowed. Setting this value to an empty list will instead disallow\n# all domains.\n#\n#next_link_domain_whitelist: [\"matrix.org\"] # Templates to use when generating email or HTML page contents.\n#\ntemplates: # Directory in which Synapse will try to find template files to use to generate # email or HTML page contents. # If not set, or a file is not found within the template directory, a default # template from within the Synapse package will be used. # # See https://matrix-org.github.io/synapse/latest/templates.html for more # information about using custom templates. # #custom_template_directory: /path/to/custom/templates/ # List of rooms to exclude from sync responses. This is useful for server\n# administrators wishing to group users into a room without these users being able\n# to see it from their client.\n#\n# By default, no room is excluded.\n#\n#exclude_rooms_from_sync:\n# - !foo:example.com # Message retention policy at the server level.\n#\n# Room admins and mods can define a retention period for their rooms using the\n# 'm.room.retention' state event, and server admins can cap this period by setting\n# the 'allowed_lifetime_min' and 'allowed_lifetime_max' config options.\n#\n# If this feature is enabled, Synapse will regularly look for and purge events\n# which are older than the room's maximum retention period. Synapse will also\n# filter events received over federation so that events that should have been\n# purged are ignored and not stored again.\n#\nretention: # The message retention policies feature is disabled by default. Uncomment the # following line to enable it. # #enabled: true # Default retention policy. If set, Synapse will apply it to rooms that lack the # 'm.room.retention' state event. Currently, the value of 'min_lifetime' doesn't # matter much because Synapse doesn't take it into account yet. # #default_policy: # min_lifetime: 1d # max_lifetime: 1y # Retention policy limits. If set, and the state of a room contains a # 'm.room.retention' event in its state which contains a 'min_lifetime' or a # 'max_lifetime' that's out of these bounds, Synapse will cap the room's policy # to these limits when running purge jobs. # #allowed_lifetime_min: 1d #allowed_lifetime_max: 1y # Server admins can define the settings of the background jobs purging the # events which lifetime has expired under the 'purge_jobs' section. # # If no configuration is provided, a single job will be set up to delete expired # events in every room daily. # # Each job's configuration defines which range of message lifetimes the job # takes care of. For example, if 'shortest_max_lifetime' is '2d' and # 'longest_max_lifetime' is '3d', the job will handle purging expired events in # rooms whose state defines a 'max_lifetime' that's both higher than 2 days, and # lower than or equal to 3 days. Both the minimum and the maximum value of a # range are optional, e.g. a job with no 'shortest_max_lifetime' and a # 'longest_max_lifetime' of '3d' will handle every room with a retention policy # which 'max_lifetime' is lower than or equal to three days. # # The rationale for this per-job configuration is that some rooms might have a # retention policy with a low 'max_lifetime', where history needs to be purged # of outdated messages on a more frequent basis than for the rest of the rooms # (e.g. every 12h), but not want that purge to be performed by a job that's # iterating over every room it knows, which could be heavy on the server. # # If any purge job is configured, it is strongly recommended to have at least # a single job with neither 'shortest_max_lifetime' nor 'longest_max_lifetime' # set, or one job without 'shortest_max_lifetime' and one job without # 'longest_max_lifetime' set. Otherwise some rooms might be ignored, even if # 'allowed_lifetime_min' and 'allowed_lifetime_max' are set, because capping a # room's policy to these values is done after the policies are retrieved from # Synapse's database (which is done using the range specified in a purge job's # configuration). # #purge_jobs: # - longest_max_lifetime: 3d # interval: 12h # - shortest_max_lifetime: 3d # interval: 1d ## TLS ## # PEM-encoded X509 certificate for TLS.\n# This certificate, as of Synapse 1.0, will need to be a valid and verifiable\n# certificate, signed by a recognised Certificate Authority.\n#\n# Be sure to use a `.pem` file that includes the full certificate chain including\n# any intermediate certificates (for instance, if using certbot, use\n# `fullchain.pem` as your certificate, not `cert.pem`).\n#\n#tls_certificate_path: \"CONFDIR/SERVERNAME.tls.crt\" # PEM-encoded private key for TLS\n#\n#tls_private_key_path: \"CONFDIR/SERVERNAME.tls.key\" # Whether to verify TLS server certificates for outbound federation requests.\n#\n# Defaults to `true`. To disable certificate verification, uncomment the\n# following line.\n#\n#federation_verify_certificates: false # The minimum TLS version that will be used for outbound federation requests.\n#\n# Defaults to `1`. Configurable to `1`, `1.1`, `1.2`, or `1.3`. Note\n# that setting this value higher than `1.2` will prevent federation to most\n# of the public Matrix network: only configure it to `1.3` if you have an\n# entirely private federation setup and you can ensure TLS 1.3 support.\n#\n#federation_client_minimum_tls_version: 1.2 # Skip federation certificate verification on the following whitelist\n# of domains.\n#\n# This setting should only be used in very specific cases, such as\n# federation over Tor hidden services and similar. For private networks\n# of homeservers, you likely want to use a private CA instead.\n#\n# Only effective if federation_verify_certicates is `true`.\n#\n#federation_certificate_verification_whitelist:\n# - lon.example.com\n# - \"*.domain.com\"\n# - \"*.onion\" # List of custom certificate authorities for federation traffic.\n#\n# This setting should only normally be used within a private network of\n# homeservers.\n#\n# Note that this list will replace those that are provided by your\n# operating environment. Certificates must be in PEM format.\n#\n#federation_custom_ca_list:\n# - myCA1.pem\n# - myCA2.pem\n# - myCA3.pem ## Federation ## # Restrict federation to the following whitelist of domains.\n# N.B. we recommend also firewalling your federation listener to limit\n# inbound federation traffic as early as possible, rather than relying\n# purely on this application-layer restriction. If not specified, the\n# default is to whitelist everything.\n#\n#federation_domain_whitelist:\n# - lon.example.com\n# - nyc.example.com\n# - syd.example.com # Report prometheus metrics on the age of PDUs being sent to and received from\n# the following domains. This can be used to give an idea of \"delay\" on inbound\n# and outbound federation, though be aware that any delay can be due to problems\n# at either end or with the intermediate network.\n#\n# By default, no domains are monitored in this way.\n#\n#federation_metrics_domains:\n# - matrix.org\n# - example.com # Uncomment to disable profile lookup over federation. By default, the\n# Federation API allows other homeservers to obtain profile data of any user\n# on this homeserver. Defaults to 'true'.\n#\n#allow_profile_lookup_over_federation: false # Uncomment to allow device display name lookup over federation. By default, the\n# Federation API prevents other homeservers from obtaining the display names of\n# user devices on this homeserver. Defaults to 'false'.\n#\n#allow_device_name_lookup_over_federation: true ## Caching ## # Caching can be configured through the following options.\n#\n# A cache 'factor' is a multiplier that can be applied to each of\n# Synapse's caches in order to increase or decrease the maximum\n# number of entries that can be stored.\n#\n# The configuration for cache factors (caches.global_factor and\n# caches.per_cache_factors) can be reloaded while the application is running,\n# by sending a SIGHUP signal to the Synapse process. Changes to other parts of\n# the caching config will NOT be applied after a SIGHUP is received; a restart\n# is necessary. # The number of events to cache in memory. Not affected by\n# caches.global_factor.\n#\n#event_cache_size: 10K caches: # Controls the global cache factor, which is the default cache factor # for all caches if a specific factor for that cache is not otherwise # set. # # This can also be set by the \"SYNAPSE_CACHE_FACTOR\" environment # variable. Setting by environment variable takes priority over # setting through the config file. # # Defaults to 0.5, which will half the size of all caches. # #global_factor: 1.0 # A dictionary of cache name to cache factor for that individual # cache. Overrides the global cache factor for a given cache. # # These can also be set through environment variables comprised # of \"SYNAPSE_CACHE_FACTOR_\" + the name of the cache in capital # letters and underscores. Setting by environment variable # takes priority over setting through the config file. # Ex. SYNAPSE_CACHE_FACTOR_GET_USERS_WHO_SHARE_ROOM_WITH_USER=2.0 # # Some caches have '*' and other characters that are not # alphanumeric or underscores. These caches can be named with or # without the special characters stripped. For example, to specify # the cache factor for `*stateGroupCache*` via an environment # variable would be `SYNAPSE_CACHE_FACTOR_STATEGROUPCACHE=2.0`. # per_cache_factors: #get_users_who_share_room_with_user: 2.0 # Controls whether cache entries are evicted after a specified time # period. Defaults to true. Uncomment to disable this feature. # #expire_caches: false # If expire_caches is enabled, this flag controls how long an entry can # be in a cache without having been accessed before being evicted. # Defaults to 30m. Uncomment to set a different time to live for cache entries. # #cache_entry_ttl: 30m # This flag enables cache autotuning, and is further specified by the sub-options `max_cache_memory_usage`, # `target_cache_memory_usage`, `min_cache_ttl`. These flags work in conjunction with each other to maintain # a balance between cache memory usage and cache entry availability. You must be using jemalloc to utilize # this option, and all three of the options must be specified for this feature to work. #cache_autotuning: # This flag sets a ceiling on much memory the cache can use before caches begin to be continuously evicted. # They will continue to be evicted until the memory usage drops below the `target_memory_usage`, set in # the flag below, or until the `min_cache_ttl` is hit. #max_cache_memory_usage: 1024M # This flag sets a rough target for the desired memory usage of the caches. #target_cache_memory_usage: 758M # 'min_cache_ttl` sets a limit under which newer cache entries are not evicted and is only applied when # caches are actively being evicted/`max_cache_memory_usage` has been exceeded. This is to protect hot caches # from being emptied while Synapse is evicting due to memory. #min_cache_ttl: 5m # Controls how long the results of a /sync request are cached for after # a successful response is returned. A higher duration can help clients with # intermittent connections, at the cost of higher memory usage. # # By default, this is zero, which means that sync responses are not cached # at all. # #sync_response_cache_duration: 2m ## Database ## # The 'database' setting defines the database that synapse uses to store all of\n# its data.\n#\n# 'name' gives the database engine to use: either 'sqlite3' (for SQLite) or\n# 'psycopg2' (for PostgreSQL).\n#\n# 'txn_limit' gives the maximum number of transactions to run per connection\n# before reconnecting. Defaults to 0, which means no limit.\n#\n# 'allow_unsafe_locale' is an option specific to Postgres. Under the default behavior, Synapse will refuse to\n# start if the postgres db is set to a non-C locale. You can override this behavior (which is *not* recommended)\n# by setting 'allow_unsafe_locale' to true. Note that doing so may corrupt your database. You can find more information\n# here: https://matrix-org.github.io/synapse/latest/postgres.html#fixing-incorrect-collate-or-ctype and here:\n# https://wiki.postgresql.org/wiki/Locale_data_changes\n#\n# 'args' gives options which are passed through to the database engine,\n# except for options starting 'cp_', which are used to configure the Twisted\n# connection pool. For a reference to valid arguments, see:\n# * for sqlite: https://docs.python.org/3/library/sqlite3.html#sqlite3.connect\n# * for postgres: https://www.postgresql.org/docs/current/libpq-connect.html#LIBPQ-PARAMKEYWORDS\n# * for the connection pool: https://twistedmatrix.com/documents/current/api/twisted.enterprise.adbapi.ConnectionPool.html#__init__\n#\n#\n# Example SQLite configuration:\n#\n#database:\n# name: sqlite3\n# args:\n# database: /path/to/homeserver.db\n#\n#\n# Example Postgres configuration:\n#\n#database:\n# name: psycopg2\n# txn_limit: 10000\n# args:\n# user: synapse_user\n# password: secretpassword\n# database: synapse\n# host: localhost\n# port: 5432\n# cp_min: 5\n# cp_max: 10\n#\n# For more information on using Synapse with Postgres,\n# see https://matrix-org.github.io/synapse/latest/postgres.html.\n#\ndatabase: name: sqlite3 args: database: DATADIR/homeserver.db ## Logging ## # A yaml python logging config file as described by\n# https://docs.python.org/3.7/library/logging.config.html#configuration-dictionary-schema\n#\nlog_config: \"CONFDIR/SERVERNAME.log.config\" ## Ratelimiting ## # Ratelimiting settings for client actions (registration, login, messaging).\n#\n# Each ratelimiting configuration is made of two parameters:\n# - per_second: number of requests a client can send per second.\n# - burst_count: number of requests a client can send before being throttled.\n#\n# Synapse currently uses the following configurations:\n# - one for messages that ratelimits sending based on the account the client\n# is using\n# - one for registration that ratelimits registration requests based on the\n# client's IP address.\n# - one for checking the validity of registration tokens that ratelimits\n# requests based on the client's IP address.\n# - one for login that ratelimits login requests based on the client's IP\n# address.\n# - one for login that ratelimits login requests based on the account the\n# client is attempting to log into.\n# - one for login that ratelimits login requests based on the account the\n# client is attempting to log into, based on the amount of failed login\n# attempts for this account.\n# - one for ratelimiting redactions by room admins. If this is not explicitly\n# set then it uses the same ratelimiting as per rc_message. This is useful\n# to allow room admins to deal with abuse quickly.\n# - two for ratelimiting number of rooms a user can join, \"local\" for when\n# users are joining rooms the server is already in (this is cheap) vs\n# \"remote\" for when users are trying to join rooms not on the server (which\n# can be more expensive)\n# - one for ratelimiting how often a user or IP can attempt to validate a 3PID.\n# - two for ratelimiting how often invites can be sent in a room or to a\n# specific user.\n# - one for ratelimiting 3PID invites (i.e. invites sent to a third-party ID\n# such as an email address or a phone number) based on the account that's\n# sending the invite.\n#\n# The defaults are as shown below.\n#\n#rc_message:\n# per_second: 0.2\n# burst_count: 10\n#\n#rc_registration:\n# per_second: 0.17\n# burst_count: 3\n#\n#rc_registration_token_validity:\n# per_second: 0.1\n# burst_count: 5\n#\n#rc_login:\n# address:\n# per_second: 0.17\n# burst_count: 3\n# account:\n# per_second: 0.17\n# burst_count: 3\n# failed_attempts:\n# per_second: 0.17\n# burst_count: 3\n#\n#rc_admin_redaction:\n# per_second: 1\n# burst_count: 50\n#\n#rc_joins:\n# local:\n# per_second: 0.1\n# burst_count: 10\n# remote:\n# per_second: 0.01\n# burst_count: 10\n#\n#rc_3pid_validation:\n# per_second: 0.003\n# burst_count: 5\n#\n#rc_invites:\n# per_room:\n# per_second: 0.3\n# burst_count: 10\n# per_user:\n# per_second: 0.003\n# burst_count: 5\n#\n#rc_third_party_invite:\n# per_second: 0.2\n# burst_count: 10 # Ratelimiting settings for incoming federation\n#\n# The rc_federation configuration is made up of the following settings:\n# - window_size: window size in milliseconds\n# - sleep_limit: number of federation requests from a single server in\n# a window before the server will delay processing the request.\n# - sleep_delay: duration in milliseconds to delay processing events\n# from remote servers by if they go over the sleep limit.\n# - reject_limit: maximum number of concurrent federation requests\n# allowed from a single server\n# - concurrent: number of federation requests to concurrently process\n# from a single server\n#\n# The defaults are as shown below.\n#\n#rc_federation:\n# window_size: 1000\n# sleep_limit: 10\n# sleep_delay: 500\n# reject_limit: 50\n# concurrent: 3 # Target outgoing federation transaction frequency for sending read-receipts,\n# per-room.\n#\n# If we end up trying to send out more read-receipts, they will get buffered up\n# into fewer transactions.\n#\n#federation_rr_transactions_per_room_per_second: 50 ## Media Store ## # Enable the media store service in the Synapse master. Uncomment the\n# following if you are using a separate media store worker.\n#\n#enable_media_repo: false # Directory where uploaded images and attachments are stored.\n#\nmedia_store_path: \"DATADIR/media_store\" # Media storage providers allow media to be stored in different\n# locations.\n#\n#media_storage_providers:\n# - module: file_system\n# # Whether to store newly uploaded local files\n# store_local: false\n# # Whether to store newly downloaded remote files\n# store_remote: false\n# # Whether to wait for successful storage for local uploads\n# store_synchronous: false\n# config:\n# directory: /mnt/some/other/directory # The largest allowed upload size in bytes\n#\n# If you are using a reverse proxy you may also need to set this value in\n# your reverse proxy's config. Notably Nginx has a small max body size by default.\n# See https://matrix-org.github.io/synapse/latest/reverse_proxy.html.\n#\n#max_upload_size: 50M # Maximum number of pixels that will be thumbnailed\n#\n#max_image_pixels: 32M # Whether to generate new thumbnails on the fly to precisely match\n# the resolution requested by the client. If true then whenever\n# a new resolution is requested by the client the server will\n# generate a new thumbnail. If false the server will pick a thumbnail\n# from a precalculated list.\n#\n#dynamic_thumbnails: false # List of thumbnails to precalculate when an image is uploaded.\n#\n#thumbnail_sizes:\n# - width: 32\n# height: 32\n# method: crop\n# - width: 96\n# height: 96\n# method: crop\n# - width: 320\n# height: 240\n# method: scale\n# - width: 640\n# height: 480\n# method: scale\n# - width: 800\n# height: 600\n# method: scale # Is the preview URL API enabled?\n#\n# 'false' by default: uncomment the following to enable it (and specify a\n# url_preview_ip_range_blacklist blacklist).\n#\n#url_preview_enabled: true # List of IP address CIDR ranges that the URL preview spider is denied\n# from accessing. There are no defaults: you must explicitly\n# specify a list for URL previewing to work. You should specify any\n# internal services in your network that you do not want synapse to try\n# to connect to, otherwise anyone in any Matrix room could cause your\n# synapse to issue arbitrary GET requests to your internal services,\n# causing serious security issues.\n#\n# (0.0.0.0 and :: are always blacklisted, whether or not they are explicitly\n# listed here, since they correspond to unroutable addresses.)\n#\n# This must be specified if url_preview_enabled is set. It is recommended that\n# you uncomment the following list as a starting point.\n#\n# Note: The value is ignored when an HTTP proxy is in use\n#\n#url_preview_ip_range_blacklist:\n# - '127.0.0.0/8'\n# - '10.0.0.0/8'\n# - '172.16.0.0/12'\n# - '192.168.0.0/16'\n# - '100.64.0.0/10'\n# - '192.0.0.0/24'\n# - '169.254.0.0/16'\n# - '192.88.99.0/24'\n# - '198.18.0.0/15'\n# - '192.0.2.0/24'\n# - '198.51.100.0/24'\n# - '203.0.113.0/24'\n# - '224.0.0.0/4'\n# - '::1/128'\n# - 'fe80::/10'\n# - 'fc00::/7'\n# - '2001:db8::/32'\n# - 'ff00::/8'\n# - 'fec0::/10' # List of IP address CIDR ranges that the URL preview spider is allowed\n# to access even if they are specified in url_preview_ip_range_blacklist.\n# This is useful for specifying exceptions to wide-ranging blacklisted\n# target IP ranges - e.g. for enabling URL previews for a specific private\n# website only visible in your network.\n#\n#url_preview_ip_range_whitelist:\n# - '192.168.1.1' # Optional list of URL matches that the URL preview spider is\n# denied from accessing. You should use url_preview_ip_range_blacklist\n# in preference to this, otherwise someone could define a public DNS\n# entry that points to a private IP address and circumvent the blacklist.\n# This is more useful if you know there is an entire shape of URL that\n# you know that will never want synapse to try to spider.\n#\n# Each list entry is a dictionary of url component attributes as returned\n# by urlparse.urlsplit as applied to the absolute form of the URL. See\n# https://docs.python.org/2/library/urlparse.html#urlparse.urlsplit\n# The values of the dictionary are treated as an filename match pattern\n# applied to that component of URLs, unless they start with a ^ in which\n# case they are treated as a regular expression match. If all the\n# specified component matches for a given list item succeed, the URL is\n# blacklisted.\n#\n#url_preview_url_blacklist:\n# # blacklist any URL with a username in its URI\n# - username: '*'\n#\n# # blacklist all *.google.com URLs\n# - netloc: 'google.com'\n# - netloc: '*.google.com'\n#\n# # blacklist all plain HTTP URLs\n# - scheme: 'http'\n#\n# # blacklist http(s)://www.acme.com/foo\n# - netloc: 'www.acme.com'\n# path: '/foo'\n#\n# # blacklist any URL with a literal IPv4 address\n# - netloc: '^[0-9]+\\.[0-9]+\\.[0-9]+\\.[0-9]+$' # The largest allowed URL preview spidering size in bytes\n#\n#max_spider_size: 10M # A list of values for the Accept-Language HTTP header used when\n# downloading webpages during URL preview generation. This allows\n# Synapse to specify the preferred languages that URL previews should\n# be in when communicating with remote servers.\n#\n# Each value is a IETF language tag; a 2-3 letter identifier for a\n# language, optionally followed by subtags separated by '-', specifying\n# a country or region variant.\n#\n# Multiple values can be provided, and a weight can be added to each by\n# using quality value syntax (;q=). '*' translates to any language.\n#\n# Defaults to \"en\".\n#\n# Example:\n#\n# url_preview_accept_language:\n# - en-UK\n# - en-US;q=0.9\n# - fr;q=0.8\n# - *;q=0.7\n#\nurl_preview_accept_language:\n# - en # oEmbed allows for easier embedding content from a website. It can be\n# used for generating URLs previews of services which support it.\n#\noembed: # A default list of oEmbed providers is included with Synapse. # # Uncomment the following to disable using these default oEmbed URLs. # Defaults to 'false'. # #disable_default_providers: true # Additional files with oEmbed configuration (each should be in the # form of providers.json). # # By default, this list is empty (so only the default providers.json # is used). # #additional_providers: # - oembed/my_providers.json ## Captcha ##\n# See docs/CAPTCHA_SETUP.md for full details of configuring this. # This homeserver's ReCAPTCHA public key. Must be specified if\n# enable_registration_captcha is enabled.\n#\n#recaptcha_public_key: \"YOUR_PUBLIC_KEY\" # This homeserver's ReCAPTCHA private key. Must be specified if\n# enable_registration_captcha is enabled.\n#\n#recaptcha_private_key: \"YOUR_PRIVATE_KEY\" # Uncomment to enable ReCaptcha checks when registering, preventing signup\n# unless a captcha is answered. Requires a valid ReCaptcha\n# public/private key. Defaults to 'false'.\n#\n#enable_registration_captcha: true # The API endpoint to use for verifying m.login.recaptcha responses.\n# Defaults to \"https://www.recaptcha.net/recaptcha/api/siteverify\".\n#\n#recaptcha_siteverify_api: \"https://my.recaptcha.site\" ## TURN ## # The public URIs of the TURN server to give to clients\n#\n#turn_uris: [] # The shared secret used to compute passwords for the TURN server\n#\n#turn_shared_secret: \"YOUR_SHARED_SECRET\" # The Username and password if the TURN server needs them and\n# does not use a token\n#\n#turn_username: \"TURNSERVER_USERNAME\"\n#turn_password: \"TURNSERVER_PASSWORD\" # How long generated TURN credentials last\n#\n#turn_user_lifetime: 1h # Whether guests should be allowed to use the TURN server.\n# This defaults to True, otherwise VoIP will be unreliable for guests.\n# However, it does introduce a slight security risk as it allows users to\n# connect to arbitrary endpoints without having first signed up for a\n# valid account (e.g. by passing a CAPTCHA).\n#\n#turn_allow_guests: true ## Registration ##\n#\n# Registration can be rate-limited using the parameters in the \"Ratelimiting\"\n# section of this file. # Enable registration for new users. Defaults to 'false'. It is highly recommended that if you enable registration,\n# you use either captcha, email, or token-based verification to verify that new users are not bots. In order to enable registration\n# without any verification, you must also set `enable_registration_without_verification`, found below.\n#\n#enable_registration: false # Enable registration without email or captcha verification. Note: this option is *not* recommended,\n# as registration without verification is a known vector for spam and abuse. Defaults to false. Has no effect\n# unless `enable_registration` is also enabled.\n#\n#enable_registration_without_verification: true # Time that a user's session remains valid for, after they log in.\n#\n# Note that this is not currently compatible with guest logins.\n#\n# Note also that this is calculated at login time: changes are not applied\n# retrospectively to users who have already logged in.\n#\n# By default, this is infinite.\n#\n#session_lifetime: 24h # Time that an access token remains valid for, if the session is\n# using refresh tokens.\n# For more information about refresh tokens, please see the manual.\n# Note that this only applies to clients which advertise support for\n# refresh tokens.\n#\n# Note also that this is calculated at login time and refresh time:\n# changes are not applied to existing sessions until they are refreshed.\n#\n# By default, this is 5 minutes.\n#\n#refreshable_access_token_lifetime: 5m # Time that a refresh token remains valid for (provided that it is not\n# exchanged for another one first).\n# This option can be used to automatically log-out inactive sessions.\n# Please see the manual for more information.\n#\n# Note also that this is calculated at login time and refresh time:\n# changes are not applied to existing sessions until they are refreshed.\n#\n# By default, this is infinite.\n#\n#refresh_token_lifetime: 24h # Time that an access token remains valid for, if the session is NOT\n# using refresh tokens.\n# Please note that not all clients support refresh tokens, so setting\n# this to a short value may be inconvenient for some users who will\n# then be logged out frequently.\n#\n# Note also that this is calculated at login time: changes are not applied\n# retrospectively to existing sessions for users that have already logged in.\n#\n# By default, this is infinite.\n#\n#nonrefreshable_access_token_lifetime: 24h # The user must provide all of the below types of 3PID when registering.\n#\n#registrations_require_3pid:\n# - email\n# - msisdn # Explicitly disable asking for MSISDNs from the registration\n# flow (overrides registrations_require_3pid if MSISDNs are set as required)\n#\n#disable_msisdn_registration: true # Mandate that users are only allowed to associate certain formats of\n# 3PIDs with accounts on this server.\n#\n#allowed_local_3pids:\n# - medium: email\n# pattern: '^[^@]+@matrix\\.org$'\n# - medium: email\n# pattern: '^[^@]+@vector\\.im$'\n# - medium: msisdn\n# pattern: '\\+44' # Enable 3PIDs lookup requests to identity servers from this server.\n#\n#enable_3pid_lookup: true # Require users to submit a token during registration.\n# Tokens can be managed using the admin API:\n# https://matrix-org.github.io/synapse/latest/usage/administration/admin_api/registration_tokens.html\n# Note that `enable_registration` must be set to `true`.\n# Disabling this option will not delete any tokens previously generated.\n# Defaults to false. Uncomment the following to require tokens:\n#\n#registration_requires_token: true # Allow users to submit a token during registration to bypass any required 3pid\n# steps configured in `registrations_require_3pid`.\n# Defaults to false, requiring that registration tokens (if enabled) complete a 3pid flow.\n#\n#enable_registration_token_3pid_bypass: false # If set, allows registration of standard or admin accounts by anyone who\n# has the shared secret, even if registration is otherwise disabled.\n#\n#registration_shared_secret: # Set the number of bcrypt rounds used to generate password hash.\n# Larger numbers increase the work factor needed to generate the hash.\n# The default number is 12 (which equates to 2^12 rounds).\n# N.B. that increasing this will exponentially increase the time required\n# to register or login - e.g. 24 => 2^24 rounds which will take >20 mins.\n#\n#bcrypt_rounds: 12 # Allows users to register as guests without a password/email/etc, and\n# participate in rooms hosted on this server which have been made\n# accessible to anonymous users.\n#\n#allow_guest_access: false # The identity server which we suggest that clients should use when users log\n# in on this server.\n#\n# (By default, no suggestion is made, so it is left up to the client.\n# This setting is ignored unless public_baseurl is also explicitly set.)\n#\n#default_identity_server: https://matrix.org # Handle threepid (email/phone etc) registration and password resets through a set of\n# *trusted* identity servers. Note that this allows the configured identity server to\n# reset passwords for accounts!\n#\n# Be aware that if `email` is not set, and SMTP options have not been\n# configured in the email config block, registration and user password resets via\n# email will be globally disabled.\n#\n# Additionally, if `msisdn` is not set, registration and password resets via msisdn\n# will be disabled regardless, and users will not be able to associate an msisdn\n# identifier to their account. This is due to Synapse currently not supporting\n# any method of sending SMS messages on its own.\n#\n# To enable using an identity server for operations regarding a particular third-party\n# identifier type, set the value to the URL of that identity server as shown in the\n# examples below.\n#\n# Servers handling the these requests must answer the `/requestToken` endpoints defined\n# by the Matrix Identity Service API specification:\n# https://matrix.org/docs/spec/identity_service/latest\n#\naccount_threepid_delegates: #email: https://example.com # Delegate email sending to example.com #msisdn: http://localhost:8090 # Delegate SMS sending to this local process # Whether users are allowed to change their displayname after it has\n# been initially set. Useful when provisioning users based on the\n# contents of a third-party directory.\n#\n# Does not apply to server administrators. Defaults to 'true'\n#\n#enable_set_displayname: false # Whether users are allowed to change their avatar after it has been\n# initially set. Useful when provisioning users based on the contents\n# of a third-party directory.\n#\n# Does not apply to server administrators. Defaults to 'true'\n#\n#enable_set_avatar_url: false # Whether users can change the 3PIDs associated with their accounts\n# (email address and msisdn).\n#\n# Defaults to 'true'\n#\n#enable_3pid_changes: false # Users who register on this homeserver will automatically be joined\n# to these rooms.\n#\n# By default, any room aliases included in this list will be created\n# as a publicly joinable room when the first user registers for the\n# homeserver. This behaviour can be customised with the settings below.\n# If the room already exists, make certain it is a publicly joinable\n# room. The join rule of the room must be set to 'public'.\n#\n#auto_join_rooms:\n# - \"#example:example.com\" # Where auto_join_rooms are specified, setting this flag ensures that the\n# the rooms exist by creating them when the first user on the\n# homeserver registers.\n#\n# By default the auto-created rooms are publicly joinable from any federated\n# server. Use the autocreate_auto_join_rooms_federated and\n# autocreate_auto_join_room_preset settings below to customise this behaviour.\n#\n# Setting to false means that if the rooms are not manually created,\n# users cannot be auto-joined since they do not exist.\n#\n# Defaults to true. Uncomment the following line to disable automatically\n# creating auto-join rooms.\n#\n#autocreate_auto_join_rooms: false # Whether the auto_join_rooms that are auto-created are available via\n# federation. Only has an effect if autocreate_auto_join_rooms is true.\n#\n# Note that whether a room is federated cannot be modified after\n# creation.\n#\n# Defaults to true: the room will be joinable from other servers.\n# Uncomment the following to prevent users from other homeservers from\n# joining these rooms.\n#\n#autocreate_auto_join_rooms_federated: false # The room preset to use when auto-creating one of auto_join_rooms. Only has an\n# effect if autocreate_auto_join_rooms is true.\n#\n# This can be one of \"public_chat\", \"private_chat\", or \"trusted_private_chat\".\n# If a value of \"private_chat\" or \"trusted_private_chat\" is used then\n# auto_join_mxid_localpart must also be configured.\n#\n# Defaults to \"public_chat\", meaning that the room is joinable by anyone, including\n# federated servers if autocreate_auto_join_rooms_federated is true (the default).\n# Uncomment the following to require an invitation to join these rooms.\n#\n#autocreate_auto_join_room_preset: private_chat # The local part of the user id which is used to create auto_join_rooms if\n# autocreate_auto_join_rooms is true. If this is not provided then the\n# initial user account that registers will be used to create the rooms.\n#\n# The user id is also used to invite new users to any auto-join rooms which\n# are set to invite-only.\n#\n# It *must* be configured if autocreate_auto_join_room_preset is set to\n# \"private_chat\" or \"trusted_private_chat\".\n#\n# Note that this must be specified in order for new users to be correctly\n# invited to any auto-join rooms which have been set to invite-only (either\n# at the time of creation or subsequently).\n#\n# Note that, if the room already exists, this user must be joined and\n# have the appropriate permissions to invite new members.\n#\n#auto_join_mxid_localpart: system # When auto_join_rooms is specified, setting this flag to false prevents\n# guest accounts from being automatically joined to the rooms.\n#\n# Defaults to true.\n#\n#auto_join_rooms_for_guests: false # Whether to inhibit errors raised when registering a new account if the user ID\n# already exists. If turned on, that requests to /register/available will always\n# show a user ID as available, and Synapse won't raise an error when starting\n# a registration with a user ID that already exists. However, Synapse will still\n# raise an error if the registration completes and the username conflicts.\n#\n# Defaults to false.\n#\n#inhibit_user_in_use_error: true ## Metrics ### # Enable collection and rendering of performance metrics\n#\n#enable_metrics: false # Enable sentry integration\n# NOTE: While attempts are made to ensure that the logs don't contain\n# any sensitive information, this cannot be guaranteed. By enabling\n# this option the sentry server may therefore receive sensitive\n# information, and it in turn may then diseminate sensitive information\n# through insecure notification channels if so configured.\n#\n#sentry:\n# dsn: \"...\" # Flags to enable Prometheus metrics which are not suitable to be\n# enabled by default, either for performance reasons or limited use.\n#\nmetrics_flags: # Publish synapse_federation_known_servers, a gauge of the number of # servers this homeserver knows about, including itself. May cause # performance problems on large homeservers. # #known_servers: true # Whether or not to report anonymized homeserver usage statistics.\n#\n#report_stats: true|false # The endpoint to report the anonymized homeserver usage statistics to.\n# Defaults to https://matrix.org/report-usage-stats/push\n#\n#report_stats_endpoint: https://example.com/report-usage-stats/push ## API Configuration ## # Controls for the state that is shared with users who receive an invite\n# to a room\n#\nroom_prejoin_state: # By default, the following state event types are shared with users who # receive invites to the room: # # - m.room.join_rules # - m.room.canonical_alias # - m.room.avatar # - m.room.encryption # - m.room.name # - m.room.create # - m.room.topic # # Uncomment the following to disable these defaults (so that only the event # types listed in 'additional_event_types' are shared). Defaults to 'false'. # #disable_default_event_types: true # Additional state event types to share with users when they are invited # to a room. # # By default, this list is empty (so only the default event types are shared). # #additional_event_types: # - org.example.custom.event.type # We record the IP address of clients used to access the API for various\n# reasons, including displaying it to the user in the \"Where you're signed in\"\n# dialog.\n#\n# By default, when puppeting another user via the admin API, the client IP\n# address is recorded against the user who created the access token (ie, the\n# admin user), and *not* the puppeted user.\n#\n# Uncomment the following to also record the IP address against the puppeted\n# user. (This also means that the puppeted user will count as an \"active\" user\n# for the purpose of monthly active user tracking - see 'limit_usage_by_mau' etc\n# above.)\n#\n#track_puppeted_user_ips: true # A list of application service config files to use\n#\n#app_service_config_files:\n# - app_service_1.yaml\n# - app_service_2.yaml # Uncomment to enable tracking of application service IP addresses. Implicitly\n# enables MAU tracking for application service users.\n#\n#track_appservice_user_ips: true # a secret which is used to sign access tokens. If none is specified,\n# the registration_shared_secret is used, if one is given; otherwise,\n# a secret key is derived from the signing key.\n#\n#macaroon_secret_key: # a secret which is used to calculate HMACs for form values, to stop\n# falsification of values. Must be specified for the User Consent\n# forms to work.\n#\n#form_secret: ## Signing Keys ## # Path to the signing key to sign messages with\n#\nsigning_key_path: \"CONFDIR/SERVERNAME.signing.key\" # The keys that the server used to sign messages with but won't use\n# to sign new messages.\n#\nold_signing_keys: # For each key, `key` should be the base64-encoded public key, and # `expired_ts`should be the time (in milliseconds since the unix epoch) that # it was last used. # # It is possible to build an entry from an old signing.key file using the # `export_signing_key` script which is provided with synapse. # # For example: # #\"ed25519:id\": { key: \"base64string\", expired_ts: 123456789123 } # How long key response published by this server is valid for.\n# Used to set the valid_until_ts in /key/v2 APIs.\n# Determines how quickly servers will query to check which keys\n# are still valid.\n#\n#key_refresh_interval: 1d # The trusted servers to download signing keys from.\n#\n# When we need to fetch a signing key, each server is tried in parallel.\n#\n# Normally, the connection to the key server is validated via TLS certificates.\n# Additional security can be provided by configuring a `verify key`, which\n# will make synapse check that the response is signed by that key.\n#\n# This setting supercedes an older setting named `perspectives`. The old format\n# is still supported for backwards-compatibility, but it is deprecated.\n#\n# 'trusted_key_servers' defaults to matrix.org, but using it will generate a\n# warning on start-up. To suppress this warning, set\n# 'suppress_key_server_warning' to true.\n#\n# Options for each entry in the list include:\n#\n# server_name: the name of the server. required.\n#\n# verify_keys: an optional map from key id to base64-encoded public key.\n# If specified, we will check that the response is signed by at least\n# one of the given keys.\n#\n# accept_keys_insecurely: a boolean. Normally, if `verify_keys` is unset,\n# and federation_verify_certificates is not `true`, synapse will refuse\n# to start, because this would allow anyone who can spoof DNS responses\n# to masquerade as the trusted key server. If you know what you are doing\n# and are sure that your network environment provides a secure connection\n# to the key server, you can set this to `true` to override this\n# behaviour.\n#\n# An example configuration might look like:\n#\n#trusted_key_servers:\n# - server_name: \"my_trusted_server.example.com\"\n# verify_keys:\n# \"ed25519:auto\": \"abcdefghijklmnopqrstuvwxyzabcdefghijklmopqr\"\n# - server_name: \"my_other_trusted_server.example.com\"\n#\ntrusted_key_servers: - server_name: \"matrix.org\" # Uncomment the following to disable the warning that is emitted when the\n# trusted_key_servers include 'matrix.org'. See above.\n#\n#suppress_key_server_warning: true # The signing keys to use when acting as a trusted key server. If not specified\n# defaults to the server signing key.\n#\n# Can contain multiple keys, one per line.\n#\n#key_server_signing_keys_path: \"key_server_signing_keys.key\" ## Single sign-on integration ## # The following settings can be used to make Synapse use a single sign-on\n# provider for authentication, instead of its internal password database.\n#\n# You will probably also want to set the following options to `false` to\n# disable the regular login/registration flows:\n# * enable_registration\n# * password_config.enabled\n#\n# You will also want to investigate the settings under the \"sso\" configuration\n# section below. # Enable SAML2 for registration and login. Uses pysaml2.\n#\n# At least one of `sp_config` or `config_path` must be set in this section to\n# enable SAML login.\n#\n# Once SAML support is enabled, a metadata file will be exposed at\n# https://:/_synapse/client/saml2/metadata.xml, which you may be able to\n# use to configure your SAML IdP with. Alternatively, you can manually configure\n# the IdP to use an ACS location of\n# https://:/_synapse/client/saml2/authn_response.\n#\nsaml2_config: # `sp_config` is the configuration for the pysaml2 Service Provider. # See pysaml2 docs for format of config. # # Default values will be used for the 'entityid' and 'service' settings, # so it is not normally necessary to specify them unless you need to # override them. # sp_config: # Point this to the IdP's metadata. You must provide either a local # file via the `local` attribute or (preferably) a URL via the # `remote` attribute. # #metadata: # local: [\"saml2/idp.xml\"] # remote: # - url: https://our_idp/metadata.xml # Allowed clock difference in seconds between the homeserver and IdP. # # Uncomment the below to increase the accepted time difference from 0 to 3 seconds. # #accepted_time_diff: 3 # By default, the user has to go to our login page first. If you'd like # to allow IdP-initiated login, set 'allow_unsolicited: true' in a # 'service.sp' section: # #service: # sp: # allow_unsolicited: true # The examples below are just used to generate our metadata xml, and you # may well not need them, depending on your setup. Alternatively you # may need a whole lot more detail - see the pysaml2 docs! #description: [\"My awesome SP\", \"en\"] #name: [\"Test SP\", \"en\"] #ui_info: # display_name: # - lang: en # text: \"Display Name is the descriptive name of your service.\" # description: # - lang: en # text: \"Description should be a short paragraph explaining the purpose of the service.\" # information_url: # - lang: en # text: \"https://example.com/terms-of-service\" # privacy_statement_url: # - lang: en # text: \"https://example.com/privacy-policy\" # keywords: # - lang: en # text: [\"Matrix\", \"Element\"] # logo: # - lang: en # text: \"https://example.com/logo.svg\" # width: \"200\" # height: \"80\" #organization: # name: Example com # display_name: # - [\"Example co\", \"en\"] # url: \"http://example.com\" #contact_person: # - given_name: Bob # sur_name: \"the Sysadmin\" # email_address\": [\"admin@example.com\"] # contact_type\": technical # Instead of putting the config inline as above, you can specify a # separate pysaml2 configuration file: # #config_path: \"CONFDIR/sp_conf.py\" # The lifetime of a SAML session. This defines how long a user has to # complete the authentication process, if allow_unsolicited is unset. # The default is 15 minutes. # #saml_session_lifetime: 5m # An external module can be provided here as a custom solution to # mapping attributes returned from a saml provider onto a matrix user. # user_mapping_provider: # The custom module's class. Uncomment to use a custom module. # #module: mapping_provider.SamlMappingProvider # Custom configuration values for the module. Below options are # intended for the built-in provider, they should be changed if # using a custom module. This section will be passed as a Python # dictionary to the module's `parse_config` method. # config: # The SAML attribute (after mapping via the attribute maps) to use # to derive the Matrix ID from. 'uid' by default. # # Note: This used to be configured by the # saml2_config.mxid_source_attribute option. If that is still # defined, its value will be used instead. # #mxid_source_attribute: displayName # The mapping system to use for mapping the saml attribute onto a # matrix ID. # # Options include: # * 'hexencode' (which maps unpermitted characters to '=xx') # * 'dotreplace' (which replaces unpermitted characters with # '.'). # The default is 'hexencode'. # # Note: This used to be configured by the # saml2_config.mxid_mapping option. If that is still defined, its # value will be used instead. # #mxid_mapping: dotreplace # In previous versions of synapse, the mapping from SAML attribute to # MXID was always calculated dynamically rather than stored in a # table. For backwards- compatibility, we will look for user_ids # matching such a pattern before creating a new account. # # This setting controls the SAML attribute which will be used for this # backwards-compatibility lookup. Typically it should be 'uid', but if # the attribute maps are changed, it may be necessary to change it. # # The default is 'uid'. # #grandfathered_mxid_source_attribute: upn # It is possible to configure Synapse to only allow logins if SAML attributes # match particular values. The requirements can be listed under # `attribute_requirements` as shown below. All of the listed attributes must # match for the login to be permitted. # #attribute_requirements: # - attribute: userGroup # value: \"staff\" # - attribute: department # value: \"sales\" # If the metadata XML contains multiple IdP entities then the `idp_entityid` # option must be set to the entity to redirect users to. # # Most deployments only have a single IdP entity and so should omit this # option. # #idp_entityid: 'https://our_idp/entityid' # List of OpenID Connect (OIDC) / OAuth 2.0 identity providers, for registration\n# and login.\n#\n# Options for each entry include:\n#\n# idp_id: a unique identifier for this identity provider. Used internally\n# by Synapse; should be a single word such as 'github'.\n#\n# Note that, if this is changed, users authenticating via that provider\n# will no longer be recognised as the same user!\n#\n# (Use \"oidc\" here if you are migrating from an old \"oidc_config\"\n# configuration.)\n#\n# idp_name: A user-facing name for this identity provider, which is used to\n# offer the user a choice of login mechanisms.\n#\n# idp_icon: An optional icon for this identity provider, which is presented\n# by clients and Synapse's own IdP picker page. If given, must be an\n# MXC URI of the format mxc:///. (An easy way to\n# obtain such an MXC URI is to upload an image to an (unencrypted) room\n# and then copy the \"url\" from the source of the event.)\n#\n# idp_brand: An optional brand for this identity provider, allowing clients\n# to style the login flow according to the identity provider in question.\n# See the spec for possible options here.\n#\n# discover: set to 'false' to disable the use of the OIDC discovery mechanism\n# to discover endpoints. Defaults to true.\n#\n# issuer: Required. The OIDC issuer. Used to validate tokens and (if discovery\n# is enabled) to discover the provider's endpoints.\n#\n# client_id: Required. oauth2 client id to use.\n#\n# client_secret: oauth2 client secret to use. May be omitted if\n# client_secret_jwt_key is given, or if client_auth_method is 'none'.\n#\n# client_secret_jwt_key: Alternative to client_secret: details of a key used\n# to create a JSON Web Token to be used as an OAuth2 client secret. If\n# given, must be a dictionary with the following properties:\n#\n# key: a pem-encoded signing key. Must be a suitable key for the\n# algorithm specified. Required unless 'key_file' is given.\n#\n# key_file: the path to file containing a pem-encoded signing key file.\n# Required unless 'key' is given.\n#\n# jwt_header: a dictionary giving properties to include in the JWT\n# header. Must include the key 'alg', giving the algorithm used to\n# sign the JWT, such as \"ES256\", using the JWA identifiers in\n# RFC7518.\n#\n# jwt_payload: an optional dictionary giving properties to include in\n# the JWT payload. Normally this should include an 'iss' key.\n#\n# client_auth_method: auth method to use when exchanging the token. Valid\n# values are 'client_secret_basic' (default), 'client_secret_post' and\n# 'none'.\n#\n# scopes: list of scopes to request. This should normally include the \"openid\"\n# scope. Defaults to [\"openid\"].\n#\n# authorization_endpoint: the oauth2 authorization endpoint. Required if\n# provider discovery is disabled.\n#\n# token_endpoint: the oauth2 token endpoint. Required if provider discovery is\n# disabled.\n#\n# userinfo_endpoint: the OIDC userinfo endpoint. Required if discovery is\n# disabled and the 'openid' scope is not requested.\n#\n# jwks_uri: URI where to fetch the JWKS. Required if discovery is disabled and\n# the 'openid' scope is used.\n#\n# skip_verification: set to 'true' to skip metadata verification. Use this if\n# you are connecting to a provider that is not OpenID Connect compliant.\n# Defaults to false. Avoid this in production.\n#\n# user_profile_method: Whether to fetch the user profile from the userinfo\n# endpoint, or to rely on the data returned in the id_token from the\n# token_endpoint.\n#\n# Valid values are: 'auto' or 'userinfo_endpoint'.\n#\n# Defaults to 'auto', which uses the userinfo endpoint if 'openid' is\n# not included in 'scopes'. Set to 'userinfo_endpoint' to always use the\n# userinfo endpoint.\n#\n# allow_existing_users: set to 'true' to allow a user logging in via OIDC to\n# match a pre-existing account instead of failing. This could be used if\n# switching from password logins to OIDC. Defaults to false.\n#\n# user_mapping_provider: Configuration for how attributes returned from a OIDC\n# provider are mapped onto a matrix user. This setting has the following\n# sub-properties:\n#\n# module: The class name of a custom mapping module. Default is\n# 'synapse.handlers.oidc.JinjaOidcMappingProvider'.\n# See https://matrix-org.github.io/synapse/latest/sso_mapping_providers.html#openid-mapping-providers\n# for information on implementing a custom mapping provider.\n#\n# config: Configuration for the mapping provider module. This section will\n# be passed as a Python dictionary to the user mapping provider\n# module's `parse_config` method.\n#\n# For the default provider, the following settings are available:\n#\n# subject_claim: name of the claim containing a unique identifier\n# for the user. Defaults to 'sub', which OpenID Connect\n# compliant providers should provide.\n#\n# localpart_template: Jinja2 template for the localpart of the MXID.\n# If this is not set, the user will be prompted to choose their\n# own username (see the documentation for the\n# 'sso_auth_account_details.html' template). This template can\n# use the 'localpart_from_email' filter.\n#\n# confirm_localpart: Whether to prompt the user to validate (or\n# change) the generated localpart (see the documentation for the\n# 'sso_auth_account_details.html' template), instead of\n# registering the account right away.\n#\n# display_name_template: Jinja2 template for the display name to set\n# on first login. If unset, no displayname will be set.\n#\n# email_template: Jinja2 template for the email address of the user.\n# If unset, no email address will be added to the account.\n#\n# extra_attributes: a map of Jinja2 templates for extra attributes\n# to send back to the client during login.\n# Note that these are non-standard and clients will ignore them\n# without modifications.\n#\n# When rendering, the Jinja2 templates are given a 'user' variable,\n# which is set to the claims returned by the UserInfo Endpoint and/or\n# in the ID Token.\n#\n# It is possible to configure Synapse to only allow logins if certain attributes\n# match particular values in the OIDC userinfo. The requirements can be listed under\n# `attribute_requirements` as shown below. All of the listed attributes must\n# match for the login to be permitted. Additional attributes can be added to\n# userinfo by expanding the `scopes` section of the OIDC config to retrieve\n# additional information from the OIDC provider.\n#\n# If the OIDC claim is a list, then the attribute must match any value in the list.\n# Otherwise, it must exactly match the value of the claim. Using the example\n# below, the `family_name` claim MUST be \"Stephensson\", but the `groups`\n# claim MUST contain \"admin\".\n#\n# attribute_requirements:\n# - attribute: family_name\n# value: \"Stephensson\"\n# - attribute: groups\n# value: \"admin\"\n#\n# See https://matrix-org.github.io/synapse/latest/openid.html\n# for information on how to configure these options.\n#\n# For backwards compatibility, it is also possible to configure a single OIDC\n# provider via an 'oidc_config' setting. This is now deprecated and admins are\n# advised to migrate to the 'oidc_providers' format. (When doing that migration,\n# use 'oidc' for the idp_id to ensure that existing users continue to be\n# recognised.)\n#\noidc_providers: # Generic example # #- idp_id: my_idp # idp_name: \"My OpenID provider\" # idp_icon: \"mxc://example.com/mediaid\" # discover: false # issuer: \"https://accounts.example.com/\" # client_id: \"provided-by-your-issuer\" # client_secret: \"provided-by-your-issuer\" # client_auth_method: client_secret_post # scopes: [\"openid\", \"profile\"] # authorization_endpoint: \"https://accounts.example.com/oauth2/auth\" # token_endpoint: \"https://accounts.example.com/oauth2/token\" # userinfo_endpoint: \"https://accounts.example.com/userinfo\" # jwks_uri: \"https://accounts.example.com/.well-known/jwks.json\" # skip_verification: true # user_mapping_provider: # config: # subject_claim: \"id\" # localpart_template: \"{{ user.login }}\" # display_name_template: \"{{ user.name }}\" # email_template: \"{{ user.email }}\" # attribute_requirements: # - attribute: userGroup # value: \"synapseUsers\" # Enable Central Authentication Service (CAS) for registration and login.\n#\ncas_config: # Uncomment the following to enable authorization against a CAS server. # Defaults to false. # #enabled: true # The URL of the CAS authorization endpoint. # #server_url: \"https://cas-server.com\" # The attribute of the CAS response to use as the display name. # # If unset, no displayname will be set. # #displayname_attribute: name # It is possible to configure Synapse to only allow logins if CAS attributes # match particular values. All of the keys in the mapping below must exist # and the values must match the given value. Alternately if the given value # is None then any value is allowed (the attribute just must exist). # All of the listed attributes must match for the login to be permitted. # #required_attributes: # userGroup: \"staff\" # department: None # Additional settings to use with single-sign on systems such as OpenID Connect,\n# SAML2 and CAS.\n#\n# Server admins can configure custom templates for pages related to SSO. See\n# https://matrix-org.github.io/synapse/latest/templates.html for more information.\n#\nsso: # A list of client URLs which are whitelisted so that the user does not # have to confirm giving access to their account to the URL. Any client # whose URL starts with an entry in the following list will not be subject # to an additional confirmation step after the SSO login is completed. # # WARNING: An entry such as \"https://my.client\" is insecure, because it # will also match \"https://my.client.evil.site\", exposing your users to # phishing attacks from evil.site. To avoid this, include a slash after the # hostname: \"https://my.client/\". # # The login fallback page (used by clients that don't natively support the # required login flows) is whitelisted in addition to any URLs in this list. # # By default, this list contains only the login fallback page. # #client_whitelist: # - https://riot.im/develop # - https://my.custom.client/ # Uncomment to keep a user's profile fields in sync with information from # the identity provider. Currently only syncing the displayname is # supported. Fields are checked on every SSO login, and are updated # if necessary. # # Note that enabling this option will override user profile information, # regardless of whether users have opted-out of syncing that # information when first signing in. Defaults to false. # #update_profile_information: true # JSON web token integration. The following settings can be used to make\n# Synapse JSON web tokens for authentication, instead of its internal\n# password database.\n#\n# Each JSON Web Token needs to contain a \"sub\" (subject) claim, which is\n# used as the localpart of the mxid.\n#\n# Additionally, the expiration time (\"exp\"), not before time (\"nbf\"),\n# and issued at (\"iat\") claims are validated if present.\n#\n# Note that this is a non-standard login type and client support is\n# expected to be non-existent.\n#\n# See https://matrix-org.github.io/synapse/latest/jwt.html.\n#\n#jwt_config: # Uncomment the following to enable authorization using JSON web # tokens. Defaults to false. # #enabled: true # This is either the private shared secret or the public key used to # decode the contents of the JSON web token. # # Required if 'enabled' is true. # #secret: \"provided-by-your-issuer\" # The algorithm used to sign the JSON web token. # # Supported algorithms are listed at # https://pyjwt.readthedocs.io/en/latest/algorithms.html # # Required if 'enabled' is true. # #algorithm: \"provided-by-your-issuer\" # Name of the claim containing a unique identifier for the user. # # Optional, defaults to `sub`. # #subject_claim: \"sub\" # The issuer to validate the \"iss\" claim against. # # Optional, if provided the \"iss\" claim will be required and # validated for all JSON web tokens. # #issuer: \"provided-by-your-issuer\" # A list of audiences to validate the \"aud\" claim against. # # Optional, if provided the \"aud\" claim will be required and # validated for all JSON web tokens. # # Note that if the \"aud\" claim is included in a JSON web token then # validation will fail without configuring audiences. # #audiences: # - \"provided-by-your-issuer\" password_config: # Uncomment to disable password login. # Set to `only_for_reauth` to permit reauthentication for users that # have passwords and are already logged in. # #enabled: false # Uncomment to disable authentication against the local password # database. This is ignored if `enabled` is false, and is only useful # if you have other password_providers. # #localdb_enabled: false # Uncomment and change to a secret random string for extra security. # DO NOT CHANGE THIS AFTER INITIAL SETUP! # #pepper: \"EVEN_MORE_SECRET\" # Define and enforce a password policy. Each parameter is optional. # This is an implementation of MSC2000. # policy: # Whether to enforce the password policy. # Defaults to 'false'. # #enabled: true # Minimum accepted length for a password. # Defaults to 0. # #minimum_length: 15 # Whether a password must contain at least one digit. # Defaults to 'false'. # #require_digit: true # Whether a password must contain at least one symbol. # A symbol is any character that's not a number or a letter. # Defaults to 'false'. # #require_symbol: true # Whether a password must contain at least one lowercase letter. # Defaults to 'false'. # #require_lowercase: true # Whether a password must contain at least one uppercase letter. # Defaults to 'false'. # #require_uppercase: true ui_auth: # The amount of time to allow a user-interactive authentication session # to be active. # # This defaults to 0, meaning the user is queried for their credentials # before every action, but this can be overridden to allow a single # validation to be re-used. This weakens the protections afforded by # the user-interactive authentication process, by allowing for multiple # (and potentially different) operations to use the same validation session. # # This is ignored for potentially \"dangerous\" operations (including # deactivating an account, modifying an account password, and # adding a 3PID). # # Uncomment below to allow for credential validation to last for 15 # seconds. # #session_timeout: \"15s\" # Configuration for sending emails from Synapse.\n#\n# Server admins can configure custom templates for email content. See\n# https://matrix-org.github.io/synapse/latest/templates.html for more information.\n#\nemail: # The hostname of the outgoing SMTP server to use. Defaults to 'localhost'. # #smtp_host: mail.server # The port on the mail server for outgoing SMTP. Defaults to 25. # #smtp_port: 587 # Username/password for authentication to the SMTP server. By default, no # authentication is attempted. # #smtp_user: \"exampleusername\" #smtp_pass: \"examplepassword\" # Uncomment the following to require TLS transport security for SMTP. # By default, Synapse will connect over plain text, and will then switch to # TLS via STARTTLS *if the SMTP server supports it*. If this option is set, # Synapse will refuse to connect unless the server supports STARTTLS. # #require_transport_security: true # Uncomment the following to disable TLS for SMTP. # # By default, if the server supports TLS, it will be used, and the server # must present a certificate that is valid for 'smtp_host'. If this option # is set to false, TLS will not be used. # #enable_tls: false # notif_from defines the \"From\" address to use when sending emails. # It must be set if email sending is enabled. # # The placeholder '%(app)s' will be replaced by the application name, # which is normally 'app_name' (below), but may be overridden by the # Matrix client application. # # Note that the placeholder must be written '%(app)s', including the # trailing 's'. # #notif_from: \"Your Friendly %(app)s homeserver \" # app_name defines the default value for '%(app)s' in notif_from and email # subjects. It defaults to 'Matrix'. # #app_name: my_branded_matrix_server # Uncomment the following to enable sending emails for messages that the user # has missed. Disabled by default. # #enable_notifs: true # Uncomment the following to disable automatic subscription to email # notifications for new users. Enabled by default. # #notif_for_new_users: false # Custom URL for client links within the email notifications. By default # links will be based on \"https://matrix.to\". # # (This setting used to be called riot_base_url; the old name is still # supported for backwards-compatibility but is now deprecated.) # #client_base_url: \"http://localhost/riot\" # Configure the time that a validation email will expire after sending. # Defaults to 1h. # #validation_token_lifetime: 15m # The web client location to direct users to during an invite. This is passed # to the identity server as the org.matrix.web_client_location key. Defaults # to unset, giving no guidance to the identity server. # #invite_client_location: https://app.element.io # Subjects to use when sending emails from Synapse. # # The placeholder '%(app)s' will be replaced with the value of the 'app_name' # setting above, or by a value dictated by the Matrix client application. # # If a subject isn't overridden in this configuration file, the value used as # its example will be used. # #subjects: # Subjects for notification emails. # # On top of the '%(app)s' placeholder, these can use the following # placeholders: # # * '%(person)s', which will be replaced by the display name of the user(s) # that sent the message(s), e.g. \"Alice and Bob\". # * '%(room)s', which will be replaced by the name of the room the # message(s) have been sent to, e.g. \"My super room\". # # See the example provided for each setting to see which placeholder can be # used and how to use them. # # Subject to use to notify about one message from one or more user(s) in a # room which has a name. #message_from_person_in_room: \"[%(app)s] You have a message on %(app)s from %(person)s in the %(room)s room...\" # # Subject to use to notify about one message from one or more user(s) in a # room which doesn't have a name. #message_from_person: \"[%(app)s] You have a message on %(app)s from %(person)s...\" # # Subject to use to notify about multiple messages from one or more users in # a room which doesn't have a name. #messages_from_person: \"[%(app)s] You have messages on %(app)s from %(person)s...\" # # Subject to use to notify about multiple messages in a room which has a # name. #messages_in_room: \"[%(app)s] You have messages on %(app)s in the %(room)s room...\" # # Subject to use to notify about multiple messages in multiple rooms. #messages_in_room_and_others: \"[%(app)s] You have messages on %(app)s in the %(room)s room and others...\" # # Subject to use to notify about multiple messages from multiple persons in # multiple rooms. This is similar to the setting above except it's used when # the room in which the notification was triggered has no name. #messages_from_person_and_others: \"[%(app)s] You have messages on %(app)s from %(person)s and others...\" # # Subject to use to notify about an invite to a room which has a name. #invite_from_person_to_room: \"[%(app)s] %(person)s has invited you to join the %(room)s room on %(app)s...\" # # Subject to use to notify about an invite to a room which doesn't have a # name. #invite_from_person: \"[%(app)s] %(person)s has invited you to chat on %(app)s...\" # Subject for emails related to account administration. # # On top of the '%(app)s' placeholder, these one can use the # '%(server_name)s' placeholder, which will be replaced by the value of the # 'server_name' setting in your Synapse configuration. # # Subject to use when sending a password reset email. #password_reset: \"[%(server_name)s] Password reset\" # # Subject to use when sending a verification email to assert an address's # ownership. #email_validation: \"[%(server_name)s] Validate your email\" ## Push ## push: # Clients requesting push notifications can either have the body of # the message sent in the notification poke along with other details # like the sender, or just the event ID and room ID (`event_id_only`). # If clients choose the former, this option controls whether the # notification request includes the content of the event (other details # like the sender are still included). For `event_id_only` push, it # has no effect. # # For modern android devices the notification content will still appear # because it is loaded by the app. iPhone, however will send a # notification saying only that a message arrived and who it came from. # # The default value is \"true\" to include message details. Uncomment to only # include the event ID and room ID in push notification payloads. # #include_content: false # When a push notification is received, an unread count is also sent. # This number can either be calculated as the number of unread messages # for the user, or the number of *rooms* the user has unread messages in. # # The default value is \"true\", meaning push clients will see the number of # rooms with unread messages in them. Uncomment to instead send the number # of unread messages. # #group_unread_count_by_room: false ## Rooms ## # Controls whether locally-created rooms should be end-to-end encrypted by\n# default.\n#\n# Possible options are \"all\", \"invite\", and \"off\". They are defined as:\n#\n# * \"all\": any locally-created room\n# * \"invite\": any room created with the \"private_chat\" or \"trusted_private_chat\"\n# room creation presets\n# * \"off\": this option will take no effect\n#\n# The default value is \"off\".\n#\n# Note that this option will only affect rooms created after it is set. It\n# will also not affect rooms created by other servers.\n#\n#encryption_enabled_by_default_for_room_type: invite # Override the default power levels for rooms created on this server, per\n# room creation preset.\n#\n# The appropriate dictionary for the room preset will be applied on top\n# of the existing power levels content.\n#\n# Useful if you know that your users need special permissions in rooms\n# that they create (e.g. to send particular types of state events without\n# needing an elevated power level). This takes the same shape as the\n# `power_level_content_override` parameter in the /createRoom API, but\n# is applied before that parameter.\n#\n# Valid keys are some or all of `private_chat`, `trusted_private_chat`\n# and `public_chat`. Inside each of those should be any of the\n# properties allowed in `power_level_content_override` in the\n# /createRoom API. If any property is missing, its default value will\n# continue to be used. If any property is present, it will overwrite\n# the existing default completely (so if the `events` property exists,\n# the default event power levels will be ignored).\n#\n#default_power_level_content_override:\n# private_chat:\n# \"events\":\n# \"com.example.myeventtype\" : 0\n# \"m.room.avatar\": 50\n# \"m.room.canonical_alias\": 50\n# \"m.room.encryption\": 100\n# \"m.room.history_visibility\": 100\n# \"m.room.name\": 50\n# \"m.room.power_levels\": 100\n# \"m.room.server_acl\": 100\n# \"m.room.tombstone\": 100\n# \"events_default\": 1 # User Directory configuration\n#\nuser_directory: # Defines whether users can search the user directory. If false then # empty responses are returned to all queries. Defaults to true. # # Uncomment to disable the user directory. # #enabled: false # Defines whether to search all users visible to your HS when searching # the user directory. If false, search results will only contain users # visible in public rooms and users sharing a room with the requester. # Defaults to false. # # NB. If you set this to true, and the last time the user_directory search # indexes were (re)built was before Synapse 1.44, you'll have to # rebuild the indexes in order to search through all known users. # These indexes are built the first time Synapse starts; admins can # manually trigger a rebuild via API following the instructions at # https://matrix-org.github.io/synapse/latest/usage/administration/admin_api/background_updates.html#run # # Uncomment to return search results containing all known users, even if that # user does not share a room with the requester. # #search_all_users: true # Defines whether to prefer local users in search query results. # If True, local users are more likely to appear above remote users # when searching the user directory. Defaults to false. # # Uncomment to prefer local over remote users in user directory search # results. # #prefer_local_users: true # User Consent configuration\n#\n# for detailed instructions, see\n# https://matrix-org.github.io/synapse/latest/consent_tracking.html\n#\n# Parts of this section are required if enabling the 'consent' resource under\n# 'listeners', in particular 'template_dir' and 'version'.\n#\n# 'template_dir' gives the location of the templates for the HTML forms.\n# This directory should contain one subdirectory per language (eg, 'en', 'fr'),\n# and each language directory should contain the policy document (named as\n# '.html') and a success page (success.html).\n#\n# 'version' specifies the 'current' version of the policy document. It defines\n# the version to be served by the consent resource if there is no 'v'\n# parameter.\n#\n# 'server_notice_content', if enabled, will send a user a \"Server Notice\"\n# asking them to consent to the privacy policy. The 'server_notices' section\n# must also be configured for this to work. Notices will *not* be sent to\n# guest users unless 'send_server_notice_to_guests' is set to true.\n#\n# 'block_events_error', if set, will block any attempts to send events\n# until the user consents to the privacy policy. The value of the setting is\n# used as the text of the error.\n#\n# 'require_at_registration', if enabled, will add a step to the registration\n# process, similar to how captcha works. Users will be required to accept the\n# policy before their account is created.\n#\n# 'policy_name' is the display name of the policy users will see when registering\n# for an account. Has no effect unless `require_at_registration` is enabled.\n# Defaults to \"Privacy Policy\".\n#\n#user_consent:\n# template_dir: res/templates/privacy\n# version: 1.0\n# server_notice_content:\n# msgtype: m.text\n# body: >-\n# To continue using this homeserver you must review and agree to the\n# terms and conditions at %(consent_uri)s\n# send_server_notice_to_guests: true\n# block_events_error: >-\n# To continue using this homeserver you must review and agree to the\n# terms and conditions at %(consent_uri)s\n# require_at_registration: false\n# policy_name: Privacy Policy\n# # Settings for local room and user statistics collection. See\n# https://matrix-org.github.io/synapse/latest/room_and_user_statistics.html.\n#\nstats: # Uncomment the following to disable room and user statistics. Note that doing # so may cause certain features (such as the room directory) not to work # correctly. # #enabled: false # Server Notices room configuration\n#\n# Uncomment this section to enable a room which can be used to send notices\n# from the server to users. It is a special room which cannot be left; notices\n# come from a special \"notices\" user id.\n#\n# If you uncomment this section, you *must* define the system_mxid_localpart\n# setting, which defines the id of the user which will be used to send the\n# notices.\n#\n# It's also possible to override the room name, the display name of the\n# \"notices\" user, and the avatar for the user.\n#\n#server_notices:\n# system_mxid_localpart: notices\n# system_mxid_display_name: \"Server Notices\"\n# system_mxid_avatar_url: \"mxc://server.com/oumMVlgDnLYFaPVkExemNVVZ\"\n# room_name: \"Server Notices\" # Uncomment to disable searching the public room list. When disabled\n# blocks searching local and remote room lists for local and remote\n# users by always returning an empty list for all queries.\n#\n#enable_room_list_search: false # The `alias_creation` option controls who's allowed to create aliases\n# on this server.\n#\n# The format of this option is a list of rules that contain globs that\n# match against user_id, room_id and the new alias (fully qualified with\n# server name). The action in the first rule that matches is taken,\n# which can currently either be \"allow\" or \"deny\".\n#\n# Missing user_id/room_id/alias fields default to \"*\".\n#\n# If no rules match the request is denied. An empty list means no one\n# can create aliases.\n#\n# Options for the rules include:\n#\n# user_id: Matches against the creator of the alias\n# alias: Matches against the alias being created\n# room_id: Matches against the room ID the alias is being pointed at\n# action: Whether to \"allow\" or \"deny\" the request if the rule matches\n#\n# The default is:\n#\n#alias_creation_rules:\n# - user_id: \"*\"\n# alias: \"*\"\n# room_id: \"*\"\n# action: allow # The `room_list_publication_rules` option controls who can publish and\n# which rooms can be published in the public room list.\n#\n# The format of this option is the same as that for\n# `alias_creation_rules`.\n#\n# If the room has one or more aliases associated with it, only one of\n# the aliases needs to match the alias rule. If there are no aliases\n# then only rules with `alias: *` match.\n#\n# If no rules match the request is denied. An empty list means no one\n# can publish rooms.\n#\n# Options for the rules include:\n#\n# user_id: Matches against the creator of the alias\n# room_id: Matches against the room ID being published\n# alias: Matches against any current local or canonical aliases\n# associated with the room\n# action: Whether to \"allow\" or \"deny\" the request if the rule matches\n#\n# The default is:\n#\n#room_list_publication_rules:\n# - user_id: \"*\"\n# alias: \"*\"\n# room_id: \"*\"\n# action: allow ## Opentracing ## # These settings enable opentracing, which implements distributed tracing.\n# This allows you to observe the causal chains of events across servers\n# including requests, key lookups etc., across any server running\n# synapse or any other other services which supports opentracing\n# (specifically those implemented with Jaeger).\n#\nopentracing: # tracing is disabled by default. Uncomment the following line to enable it. # #enabled: true # The list of homeservers we wish to send and receive span contexts and span baggage. # See https://matrix-org.github.io/synapse/latest/opentracing.html. # # This is a list of regexes which are matched against the server_name of the # homeserver. # # By default, it is empty, so no servers are matched. # #homeserver_whitelist: # - \".*\" # A list of the matrix IDs of users whose requests will always be traced, # even if the tracing system would otherwise drop the traces due to # probabilistic sampling. # # By default, the list is empty. # #force_tracing_for_users: # - \"@user1:server_name\" # - \"@user2:server_name\" # Jaeger can be configured to sample traces at different rates. # All configuration options provided by Jaeger can be set here. # Jaeger's configuration is mostly related to trace sampling which # is documented here: # https://www.jaegertracing.io/docs/latest/sampling/. # #jaeger_config: # sampler: # type: const # param: 1 # logging: # false ## Workers ## # Disables sending of outbound federation transactions on the main process.\n# Uncomment if using a federation sender worker.\n#\n#send_federation: false # It is possible to run multiple federation sender workers, in which case the\n# work is balanced across them.\n#\n# This configuration must be shared between all federation sender workers, and if\n# changed all federation sender workers must be stopped at the same time and then\n# started, to ensure that all instances are running with the same config (otherwise\n# events may be dropped).\n#\n#federation_sender_instances:\n# - federation_sender1 # When using workers this should be a map from `worker_name` to the\n# HTTP replication listener of the worker, if configured.\n#\n#instance_map:\n# worker1:\n# host: localhost\n# port: 8034 # Experimental: When using workers you can define which workers should\n# handle event persistence and typing notifications. Any worker\n# specified here must also be in the `instance_map`.\n#\n#stream_writers:\n# events: worker1\n# typing: worker1 # The worker that is used to run background tasks (e.g. cleaning up expired\n# data). If not provided this defaults to the main process.\n#\n#run_background_tasks_on: worker1 # A shared secret used by the replication APIs to authenticate HTTP requests\n# from workers.\n#\n# By default this is unused and traffic is not authenticated.\n#\n#worker_replication_secret: \"\" # Configuration for Redis when using workers. This *must* be enabled when\n# using workers (unless using old style direct TCP configuration).\n#\nredis: # Uncomment the below to enable Redis support. # #enabled: true # Optional host and port to use to connect to redis. Defaults to # localhost and 6379 # #host: localhost #port: 6379 # Optional password if configured on the Redis instance # #password: ## Background Updates ## # Background updates are database updates that are run in the background in batches.\n# The duration, minimum batch size, default batch size, whether to sleep between batches and if so, how long to\n# sleep can all be configured. This is helpful to speed up or slow down the updates.\n#\nbackground_updates: # How long in milliseconds to run a batch of background updates for. Defaults to 100. Uncomment and set # a time to change the default. # #background_update_duration_ms: 500 # Whether to sleep between updates. Defaults to True. Uncomment to change the default. # #sleep_enabled: false # If sleeping between updates, how long in milliseconds to sleep for. Defaults to 1000. Uncomment # and set a duration to change the default. # #sleep_duration_ms: 300 # Minimum size a batch of background updates can be. Must be greater than 0. Defaults to 1. Uncomment and # set a size to change the default. # #min_batch_size: 10 # The batch size to use for the first iteration of a new background update. The default is 100. # Uncomment and set a size to change the default. # #default_batch_size: 50","breadcrumbs":"Configuration » Homeserver Sample Config File » Homeserver Sample Configuration File","id":"230","title":"Homeserver Sample Configuration File"},"231":{"body":"Below is a sample logging configuration file. This file can be tweaked to control how your homeserver will output logs. A restart of the server is generally required to apply any changes made to this file. The value of the log_config option in your homeserver config should be the path to this file. Note that a default logging configuration (shown below) is created automatically alongside the homeserver config when following the installation instructions . It should be named .log.config by default. # Log configuration for Synapse.\n#\n# This is a YAML file containing a standard Python logging configuration\n# dictionary. See [1] for details on the valid settings.\n#\n# Synapse also supports structured logging for machine readable logs which can\n# be ingested by ELK stacks. See [2] for details.\n#\n# [1]: https://docs.python.org/3.7/library/logging.config.html#configuration-dictionary-schema\n# [2]: https://matrix-org.github.io/synapse/latest/structured_logging.html version: 1 formatters: precise: format: '%(asctime)s - %(name)s - %(lineno)d - %(levelname)s - %(request)s - %(message)s' handlers: file: class: logging.handlers.TimedRotatingFileHandler formatter: precise filename: /var/log/matrix-synapse/homeserver.log when: midnight backupCount: 3 # Does not include the current log file. encoding: utf8 # Default to buffering writes to log file for efficiency. # WARNING/ERROR logs will still be flushed immediately, but there will be a # delay (of up to `period` seconds, or until the buffer is full with # `capacity` messages) before INFO/DEBUG logs get written. buffer: class: synapse.logging.handlers.PeriodicallyFlushingMemoryHandler target: file # The capacity is the maximum number of log lines that are buffered # before being written to disk. Increasing this will lead to better # performance, at the expensive of it taking longer for log lines to # be written to disk. # This parameter is required. capacity: 10 # Logs with a level at or above the flush level will cause the buffer to # be flushed immediately. # Default value: 40 (ERROR) # Other values: 50 (CRITICAL), 30 (WARNING), 20 (INFO), 10 (DEBUG) flushLevel: 30 # Flush immediately for WARNING logs and higher # The period of time, in seconds, between forced flushes. # Messages will not be delayed for longer than this time. # Default value: 5 seconds period: 5 # A handler that writes logs to stderr. Unused by default, but can be used # instead of \"buffer\" and \"file\" in the logger handlers. console: class: logging.StreamHandler formatter: precise loggers: synapse.storage.SQL: # beware: increasing this to DEBUG will make synapse log sensitive # information such as access tokens. level: INFO root: level: INFO # Write logs to the `buffer` handler, which will buffer them together in memory, # then write them to a file. # # Replace \"buffer\" with \"console\" to log to stderr instead. (Note that you'll # also need to update the configuration for the `twisted` logger above, in # this case.) # handlers: [buffer] disable_existing_loggers: false","breadcrumbs":"Configuration » Logging Sample Config File » Logging Sample Configuration File","id":"231","title":"Logging Sample Configuration File"},"232":{"body":"A structured logging system can be useful when your logs are destined for a machine to parse and process. By maintaining its machine-readable characteristics, it enables more efficient searching and aggregations when consumed by software such as the \"ELK stack\". Synapse's structured logging system is configured via the file that Synapse's log_config config option points to. The file should include a formatter which uses the synapse.logging.TerseJsonFormatter class included with Synapse and a handler which uses the above formatter. There is also a synapse.logging.JsonFormatter option which does not include a timestamp in the resulting JSON. This is useful if the log ingester adds its own timestamp. A structured logging configuration looks similar to the following: version: 1 formatters: structured: class: synapse.logging.TerseJsonFormatter handlers: file: class: logging.handlers.TimedRotatingFileHandler formatter: structured filename: /path/to/my/logs/homeserver.log when: midnight backupCount: 3 # Does not include the current log file. encoding: utf8 loggers: synapse: level: INFO handlers: [remote] synapse.storage.SQL: level: WARNING The above logging config will set Synapse as 'INFO' logging level by default, with the SQL layer at 'WARNING', and will log to a file, stored as JSON. It is also possible to configure Synapse to log to a remote endpoint by using the synapse.logging.RemoteHandler class included with Synapse. It takes the following arguments: host: Hostname or IP address of the log aggregator. port: Numerical port to contact on the host. maximum_buffer: (Optional, defaults to 1000) The maximum buffer size to allow. A remote structured logging configuration looks similar to the following: version: 1 formatters: structured: class: synapse.logging.TerseJsonFormatter handlers: remote: class: synapse.logging.RemoteHandler formatter: structured host: 10.1.2.3 port: 9999 loggers: synapse: level: INFO handlers: [remote] synapse.storage.SQL: level: WARNING The above logging config will set Synapse as 'INFO' logging level by default, with the SQL layer at 'WARNING', and will log JSON formatted messages to a remote endpoint at 10.1.2.3:9999.","breadcrumbs":"Configuration » Structured Logging » Structured Logging","id":"232","title":"Structured Logging"},"233":{"body":"Synapse uses parametrised templates to generate the content of emails it sends and webpages it shows to users. By default, Synapse will use the templates listed here . Server admins can configure an additional directory for Synapse to look for templates in, allowing them to specify custom templates: templates: custom_templates_directory: /path/to/custom/templates/ If this setting is not set, or the files named below are not found within the directory, default templates from within the Synapse package will be used. Templates that are given variables when being rendered are rendered using Jinja 2 . Templates rendered by Jinja 2 can also access two functions on top of the functions already available as part of Jinja 2: format_ts(value: int, format: str) -> str Formats a timestamp in milliseconds. Example: reason.last_sent_ts|format_ts(\"%c\") mxc_to_http(value: str, width: int, height: int, resize_method: str = \"crop\") -> str Turns a mxc:// URL for media content into an HTTP(S) one using the homeserver's public_baseurl configuration setting as the URL's base. Example: message.sender_avatar_url|mxc_to_http(32,32) localpart_from_email(address: str) -> str Returns the local part of an email address (e.g. alice in alice@example.com). Example: user.email_address|localpart_from_email","breadcrumbs":"Configuration » Templates » Templates","id":"233","title":"Templates"},"234":{"body":"Below are the templates Synapse will look for when generating the content of an email: notif_mail.html and notif_mail.txt: The contents of email notifications of missed events. When rendering, this template is given the following variables: user_display_name: the display name for the user receiving the notification unsubscribe_link: the link users can click to unsubscribe from email notifications summary_text: a summary of the notification(s). The text used can be customised by configuring the various settings in the email.subjects section of the configuration file. rooms: a list of rooms containing events to include in the email. Each element is an object with the following attributes: title: a human-readable name for the room hash: a hash of the ID of the room invite: a boolean, which is True if the room is an invite the user hasn't accepted yet, False otherwise notifs: a list of events, or an empty list if invite is True. Each element is an object with the following attributes: link: a matrix.to link to the event ts: the time in milliseconds at which the event was received messages: a list of messages containing one message before the event, the message in the event, and one message after the event. Each element is an object with the following attributes: event_type: the type of the event is_historical: a boolean, which is False if the message is the one that triggered the notification, True otherwise id: the ID of the event ts: the time in milliseconds at which the event was sent sender_name: the display name for the event's sender sender_avatar_url: the avatar URL (as a mxc:// URL) for the event's sender sender_hash: a hash of the user ID of the sender msgtype: the type of the message body_text_html: html representation of the message body_text_plain: plaintext representation of the message image_url: mxc url of an image, when \"msgtype\" is \"m.image\" link: a matrix.to link to the room avator_url: url to the room's avator reason: information on the event that triggered the email to be sent. It's an object with the following attributes: room_id: the ID of the room the event was sent in room_name: a human-readable name for the room the event was sent in now: the current time in milliseconds received_at: the time in milliseconds at which the event was received delay_before_mail_ms: the amount of time in milliseconds Synapse always waits before ever emailing about a notification (to give the user a chance to respond to other push or notice the window) last_sent_ts: the time in milliseconds at which a notification was last sent for an event in this room throttle_ms: the minimum amount of time in milliseconds between two notifications can be sent for this room password_reset.html and password_reset.txt: The contents of password reset emails sent by the homeserver. When rendering, these templates are given a link variable which contains the link the user must click in order to reset their password. registration.html and registration.txt: The contents of address verification emails sent during registration. When rendering, these templates are given a link variable which contains the link the user must click in order to validate their email address. add_threepid.html and add_threepid.txt: The contents of address verification emails sent when an address is added to a Matrix account. When rendering, these templates are given a link variable which contains the link the user must click in order to validate their email address.","breadcrumbs":"Configuration » Templates » Email templates","id":"234","title":"Email templates"},"235":{"body":"Below are the templates Synapse will look for when generating pages related to registration and password reset: password_reset_confirmation.html: An HTML page that a user will see when they follow the link in the password reset email. The user will be asked to confirm the action before their password is reset. When rendering, this template is given the following variables: sid: the session ID for the password reset token: the token for the password reset client_secret: the client secret for the password reset password_reset_success.html and password_reset_failure.html: HTML pages for success and failure that a user will see when they confirm the password reset flow using the page above. When rendering, password_reset_success.html is given no variable, and password_reset_failure.html is given a failure_reason, which contains the reason for the password reset failure. registration_success.html and registration_failure.html: HTML pages for success and failure that a user will see when they follow the link in an address verification email sent during registration. When rendering, registration_success.html is given no variable, and registration_failure.html is given a failure_reason, which contains the reason for the registration failure. add_threepid_success.html and add_threepid_failure.html: HTML pages for success and failure that a user will see when they follow the link in an address verification email sent when an address is added to a Matrix account. When rendering, add_threepid_success.html is given no variable, and add_threepid_failure.html is given a failure_reason, which contains the reason for the registration failure.","breadcrumbs":"Configuration » Templates » HTML page templates for registration and password reset","id":"235","title":"HTML page templates for registration and password reset"},"236":{"body":"Below are the templates Synapse will look for when generating pages related to SSO: sso_login_idp_picker.html: HTML page to prompt the user to choose an Identity Provider during login. This is only used if multiple SSO Identity Providers are configured. When rendering, this template is given the following variables: redirect_url: the URL that the user will be redirected to after login. server_name: the homeserver's name. providers: a list of available Identity Providers. Each element is an object with the following attributes: idp_id: unique identifier for the IdP idp_name: user-facing name for the IdP idp_icon: if specified in the IdP config, an MXC URI for an icon for the IdP idp_brand: if specified in the IdP config, a textual identifier for the brand of the IdP The rendered HTML page should contain a form which submits its results back as a GET request, with the following query parameters: redirectUrl: the client redirect URI (ie, the redirect_url passed to the template) idp: the 'idp_id' of the chosen IDP. sso_auth_account_details.html: HTML page to prompt new users to enter a userid and confirm other details. This is only shown if the SSO implementation (with any user_mapping_provider) does not return a localpart. When rendering, this template is given the following variables: server_name: the homeserver's name. idp: details of the SSO Identity Provider that the user logged in with: an object with the following attributes: idp_id: unique identifier for the IdP idp_name: user-facing name for the IdP idp_icon: if specified in the IdP config, an MXC URI for an icon for the IdP idp_brand: if specified in the IdP config, a textual identifier for the brand of the IdP user_attributes: an object containing details about the user that we received from the IdP. May have the following attributes: display_name: the user's display name emails: a list of email addresses localpart: the local part of the Matrix user ID to register, if localpart_template is set in the mapping provider configuration (empty string if not) The template should render a form which submits the following fields: username: the localpart of the user's chosen user id sso_new_user_consent.html: HTML page allowing the user to consent to the server's terms and conditions. This is only shown for new users, and only if user_consent.require_at_registration is set. When rendering, this template is given the following variables: server_name: the homeserver's name. user_id: the user's matrix proposed ID. user_profile.display_name: the user's proposed display name, if any. consent_version: the version of the terms that the user will be shown terms_url: a link to the page showing the terms. The template should render a form which submits the following fields: accepted_version: the version of the terms accepted by the user (ie, 'consent_version' from the input variables). sso_redirect_confirm.html: HTML page for a confirmation step before redirecting back to the client with the login token. When rendering, this template is given the following variables: redirect_url: the URL the user is about to be redirected to. display_url: the same as redirect_url, but with the query parameters stripped. The intention is to have a human-readable URL to show to users, not to use it as the final address to redirect to. server_name: the homeserver's name. new_user: a boolean indicating whether this is the user's first time logging in. user_id: the user's matrix ID. user_profile.avatar_url: an MXC URI for the user's avatar, if any. None if the user has not set an avatar. user_profile.display_name: the user's display name. None if the user has not set a display name. sso_auth_confirm.html: HTML page which notifies the user that they are authenticating to confirm an operation on their account during the user interactive authentication process. When rendering, this template is given the following variables: redirect_url: the URL the user is about to be redirected to. description: the operation which the user is being asked to confirm idp: details of the Identity Provider that we will use to confirm the user's identity: an object with the following attributes: idp_id: unique identifier for the IdP idp_name: user-facing name for the IdP idp_icon: if specified in the IdP config, an MXC URI for an icon for the IdP idp_brand: if specified in the IdP config, a textual identifier for the brand of the IdP sso_auth_success.html: HTML page shown after a successful user interactive authentication session. Note that this page must include the JavaScript which notifies of a successful authentication (see https://matrix.org/docs/spec/client_server/r0.6.0#fallback). This template has no additional variables. sso_auth_bad_user.html: HTML page shown after a user-interactive authentication session which does not map correctly onto the expected user. When rendering, this template is given the following variables: server_name: the homeserver's name. user_id_to_verify: the MXID of the user that we are trying to validate. sso_account_deactivated.html: HTML page shown during single sign-on if a deactivated user (according to Synapse's database) attempts to login. This template has no additional variables. sso_error.html: HTML page to display to users if something goes wrong during the OpenID Connect authentication process. When rendering, this template is given two variables: error: the technical name of the error error_description: a human-readable message for the error","breadcrumbs":"Configuration » Templates » HTML page templates for Single Sign-On (SSO)","id":"236","title":"HTML page templates for Single Sign-On (SSO)"},"237":{"body":"Synapse supports multiple methods of authenticating users, either out-of-the-box or through custom pluggable authentication modules. Included in Synapse is support for authenticating users via: A username and password. An email address and password. Single Sign-On through the SAML, Open ID Connect or CAS protocols. JSON Web Tokens. An administrator's shared secret. Synapse can additionally be extended to support custom authentication schemes through optional \"password auth provider\" modules.","breadcrumbs":"Configuration » User Authentication » User Authentication","id":"237","title":"User Authentication"},"238":{"body":"Synapse supports single sign-on through the SAML, Open ID Connect or CAS protocols. LDAP and other login methods are supported through first and third-party password auth provider modules.","breadcrumbs":"Configuration » User Authentication » Single-Sign On » Single Sign-On","id":"238","title":"Single Sign-On"},"239":{"body":"Synapse can be configured to use an OpenID Connect Provider (OP) for authentication, instead of its own local password database. Any OP should work with Synapse, as long as it supports the authorization code flow. There are a few options for that: start a local OP. Synapse has been tested with Hydra and Dex . Note that for an OP to work, it should be served under a secure (HTTPS) origin. A certificate signed with a self-signed, locally trusted CA should work. In that case, start Synapse with a SSL_CERT_FILE environment variable set to the path of the CA. set up a SaaS OP, like Google , Auth0 or Okta . Synapse has been tested with Auth0 and Google. It may also be possible to use other OAuth2 providers which provide the authorization code grant type , such as Github .","breadcrumbs":"Configuration » User Authentication » Single-Sign On » OpenID Connect » Configuring Synapse to authenticate against an OpenID Connect provider","id":"239","title":"Configuring Synapse to authenticate against an OpenID Connect provider"},"24":{"body":"","breadcrumbs":"Using Postgres » Porting from SQLite","id":"24","title":"Porting from SQLite"},"240":{"body":"The OpenID integration in Synapse uses the authlib library, which must be installed as follows: The relevant libraries are included in the Docker images and Debian packages provided by matrix.org so no further action is needed. If you installed Synapse into a virtualenv, run /path/to/env/bin/pip install matrix-synapse[oidc] to install the necessary dependencies. For other installation mechanisms, see the documentation provided by the maintainer. To enable the OpenID integration, you should then add a section to the oidc_providers setting in your configuration file (or uncomment one of the existing examples). See sample_config.yaml for some sample settings, as well as the text below for example configurations for specific providers.","breadcrumbs":"Configuration » User Authentication » Single-Sign On » OpenID Connect » Preparing Synapse","id":"240","title":"Preparing Synapse"},"241":{"body":"Here are a few configs for providers that should work with Synapse.","breadcrumbs":"Configuration » User Authentication » Single-Sign On » OpenID Connect » Sample configs","id":"241","title":"Sample configs"},"242":{"body":"Azure AD can act as an OpenID Connect Provider. Register a new application under App registrations in the Azure AD management console. The RedirectURI for your application should point to your matrix server: [synapse public baseurl]/_synapse/client/oidc/callback Go to Certificates & secrets and register a new client secret. Make note of your Directory (tenant) ID as it will be used in the Azure links. Edit your Synapse config file and change the oidc_config section: oidc_providers: - idp_id: microsoft idp_name: Microsoft issuer: \"https://login.microsoftonline.com//v2.0\" client_id: \"\" client_secret: \"\" scopes: [\"openid\", \"profile\"] authorization_endpoint: \"https://login.microsoftonline.com//oauth2/v2.0/authorize\" token_endpoint: \"https://login.microsoftonline.com//oauth2/v2.0/token\" userinfo_endpoint: \"https://graph.microsoft.com/oidc/userinfo\" user_mapping_provider: config: localpart_template: \"{{ user.preferred_username.split('@')[0] }}\" display_name_template: \"{{ user.name }}\"","breadcrumbs":"Configuration » User Authentication » Single-Sign On » OpenID Connect » Microsoft Azure Active Directory","id":"242","title":"Microsoft Azure Active Directory"},"243":{"body":"Dex is a simple, open-source OpenID Connect Provider. Although it is designed to help building a full-blown provider with an external database, it can be configured with static passwords in a config file. Follow the Getting Started guide to install Dex. Edit examples/config-dev.yaml config file from the Dex repo to add a client: staticClients:\n- id: synapse secret: secret redirectURIs: - '[synapse public baseurl]/_synapse/client/oidc/callback' name: 'Synapse' Run with dex serve examples/config-dev.yaml. Synapse config: oidc_providers: - idp_id: dex idp_name: \"My Dex server\" skip_verification: true # This is needed as Dex is served on an insecure endpoint issuer: \"http://127.0.0.1:5556/dex\" client_id: \"synapse\" client_secret: \"secret\" scopes: [\"openid\", \"profile\"] user_mapping_provider: config: localpart_template: \"{{ user.name }}\" display_name_template: \"{{ user.name|capitalize }}\"","breadcrumbs":"Configuration » User Authentication » Single-Sign On » OpenID Connect » Dex","id":"243","title":"Dex"},"244":{"body":"Keycloak is an opensource IdP maintained by Red Hat. Follow the Getting Started Guide to install Keycloak and set up a realm. Click Clients in the sidebar and click Create Fill in the fields as below: Field Value Client ID synapse Client Protocol openid-connect Click Save Fill in the fields as below: Field Value Client ID synapse Enabled On Client Protocol openid-connect Access Type confidential Valid Redirect URIs [synapse public baseurl]/_synapse/client/oidc/callback Click Save On the Credentials tab, update the fields: Field Value Client Authenticator Client ID and Secret Click Regenerate Secret Copy Secret oidc_providers: - idp_id: keycloak idp_name: \"My KeyCloak server\" issuer: \"https://127.0.0.1:8443/realms/{realm_name}\" client_id: \"synapse\" client_secret: \"copy secret generated from above\" scopes: [\"openid\", \"profile\"] user_mapping_provider: config: localpart_template: \"{{ user.preferred_username }}\" display_name_template: \"{{ user.name }}\"","breadcrumbs":"Configuration » User Authentication » Single-Sign On » OpenID Connect » Keycloak","id":"244","title":"Keycloak"},"245":{"body":"Auth0 is a hosted SaaS IdP solution. Create a regular web application for Synapse Set the Allowed Callback URLs to [synapse public baseurl]/_synapse/client/oidc/callback Add a rule to add the preferred_username claim. Code sample function addPersistenceAttribute(user, context, callback) { user.user_metadata = user.user_metadata || {}; user.user_metadata.preferred_username = user.user_metadata.preferred_username || user.user_id; context.idToken.preferred_username = user.user_metadata.preferred_username; auth0.users.updateUserMetadata(user.user_id, user.user_metadata) .then(function(){ callback(null, user, context); }) .catch(function(err){ callback(err); });\n} Synapse config: oidc_providers: - idp_id: auth0 idp_name: Auth0 issuer: \"https://your-tier.eu.auth0.com/\" # TO BE FILLED client_id: \"your-client-id\" # TO BE FILLED client_secret: \"your-client-secret\" # TO BE FILLED scopes: [\"openid\", \"profile\"] user_mapping_provider: config: localpart_template: \"{{ user.preferred_username }}\" display_name_template: \"{{ user.name }}\"","breadcrumbs":"Configuration » User Authentication » Single-Sign On » OpenID Connect » Auth0","id":"245","title":"Auth0"},"246":{"body":"Authentik is an open-source IdP solution. Create a provider in Authentik, with type OAuth2/OpenID. The parameters are: Client Type: Confidential JWT Algorithm: RS256 Scopes: OpenID, Email and Profile RSA Key: Select any available key Redirect URIs: [synapse public baseurl]/_synapse/client/oidc/callback Create an application for synapse in Authentik and link it to the provider. Note the slug of your application, Client ID and Client Secret. Note: RSA keys must be used for signing for Authentik, ECC keys do not work. Synapse config: oidc_providers: - idp_id: authentik idp_name: authentik discover: true issuer: \"https://your.authentik.example.org/application/o/your-app-slug/\" # TO BE FILLED: domain and slug client_id: \"your client id\" # TO BE FILLED client_secret: \"your client secret\" # TO BE FILLED scopes: - \"openid\" - \"profile\" - \"email\" user_mapping_provider: config: localpart_template: \"{{ user.preferred_username }}\" display_name_template: \"{{ user.preferred_username|capitalize }}\" # TO BE FILLED: If your users have names in Authentik and you want those in Synapse, this should be replaced with user.name|capitalize.","breadcrumbs":"Configuration » User Authentication » Single-Sign On » OpenID Connect » Authentik","id":"246","title":"Authentik"},"247":{"body":"LemonLDAP::NG is an open-source IdP solution. Create an OpenID Connect Relying Parties in LemonLDAP::NG The parameters are: Client ID under the basic menu of the new Relying Parties (Options > Basic > Client ID) Client secret (Options > Basic > Client secret) JWT Algorithm: RS256 within the security menu of the new Relying Parties (Options > Security > ID Token signature algorithm and Options > Security > Access Token signature algorithm) Scopes: OpenID, Email and Profile Allowed redirection addresses for login (Options > Basic > Allowed redirection addresses for login ) : [synapse public baseurl]/_synapse/client/oidc/callback Synapse config: oidc_providers: - idp_id: lemonldap idp_name: lemonldap discover: true issuer: \"https://auth.example.org/\" # TO BE FILLED: replace with your domain client_id: \"your client id\" # TO BE FILLED client_secret: \"your client secret\" # TO BE FILLED scopes: - \"openid\" - \"profile\" - \"email\" user_mapping_provider: config: localpart_template: \"{{ user.preferred_username }}}\" # TO BE FILLED: If your users have names in LemonLDAP::NG and you want those in Synapse, this should be replaced with user.name|capitalize or any valid filter. display_name_template: \"{{ user.preferred_username|capitalize }}\"","breadcrumbs":"Configuration » User Authentication » Single-Sign On » OpenID Connect » LemonLDAP","id":"247","title":"LemonLDAP"},"248":{"body":"GitHub is a bit special as it is not an OpenID Connect compliant provider, but just a regular OAuth2 provider. The /user API endpoint can be used to retrieve information on the authenticated user. As the Synapse login mechanism needs an attribute to uniquely identify users, and that endpoint does not return a sub property, an alternative subject_claim has to be set. Create a new OAuth application: https://github.com/settings/applications/new . Set the callback URL to [synapse public baseurl]/_synapse/client/oidc/callback. Synapse config: oidc_providers: - idp_id: github idp_name: Github idp_brand: \"github\" # optional: styling hint for clients discover: false issuer: \"https://github.com/\" client_id: \"your-client-id\" # TO BE FILLED client_secret: \"your-client-secret\" # TO BE FILLED authorization_endpoint: \"https://github.com/login/oauth/authorize\" token_endpoint: \"https://github.com/login/oauth/access_token\" userinfo_endpoint: \"https://api.github.com/user\" scopes: [\"read:user\"] user_mapping_provider: config: subject_claim: \"id\" localpart_template: \"{{ user.login }}\" display_name_template: \"{{ user.name }}\"","breadcrumbs":"Configuration » User Authentication » Single-Sign On » OpenID Connect » GitHub","id":"248","title":"GitHub"},"249":{"body":"Google is an OpenID certified authentication and authorisation provider. Set up a project in the Google API Console (see documentation ). Add an \"OAuth Client ID\" for a Web Application under \"Credentials\". Copy the Client ID and Client Secret, and add the following to your synapse config: oidc_providers: - idp_id: google idp_name: Google idp_brand: \"google\" # optional: styling hint for clients issuer: \"https://accounts.google.com/\" client_id: \"your-client-id\" # TO BE FILLED client_secret: \"your-client-secret\" # TO BE FILLED scopes: [\"openid\", \"profile\"] user_mapping_provider: config: localpart_template: \"{{ user.given_name|lower }}\" display_name_template: \"{{ user.name }}\" Back in the Google console, add this Authorized redirect URI: [synapse public baseurl]/_synapse/client/oidc/callback.","breadcrumbs":"Configuration » User Authentication » Single-Sign On » OpenID Connect » Google","id":"249","title":"Google"},"25":{"body":"The script synapse_port_db allows porting an existing synapse server backed by SQLite to using PostgreSQL. This is done in as a two phase process: Copy the existing SQLite database to a separate location and run the port script against that offline database. Shut down the server. Rerun the port script to port any data that has come in since taking the first snapshot. Restart server against the PostgreSQL database. The port script is designed to be run repeatedly against newer snapshots of the SQLite database file. This makes it safe to repeat step 1 if there was a delay between taking the previous snapshot and being ready to do step 2. It is safe to at any time kill the port script and restart it. Note that the database may take up significantly more (25% - 100% more) space on disk after porting to Postgres.","breadcrumbs":"Using Postgres » Overview","id":"25","title":"Overview"},"250":{"body":"Setup a developer account on Twitch Obtain the OAuth 2.0 credentials by creating an app Add this OAuth Redirect URL: [synapse public baseurl]/_synapse/client/oidc/callback Synapse config: oidc_providers: - idp_id: twitch idp_name: Twitch issuer: \"https://id.twitch.tv/oauth2/\" client_id: \"your-client-id\" # TO BE FILLED client_secret: \"your-client-secret\" # TO BE FILLED client_auth_method: \"client_secret_post\" user_mapping_provider: config: localpart_template: \"{{ user.preferred_username }}\" display_name_template: \"{{ user.name }}\"","breadcrumbs":"Configuration » User Authentication » Single-Sign On » OpenID Connect » Twitch","id":"250","title":"Twitch"},"251":{"body":"Create a new application . Add the read_user and openid scopes. Add this Callback URL: [synapse public baseurl]/_synapse/client/oidc/callback Synapse config: oidc_providers: - idp_id: gitlab idp_name: Gitlab idp_brand: \"gitlab\" # optional: styling hint for clients issuer: \"https://gitlab.com/\" client_id: \"your-client-id\" # TO BE FILLED client_secret: \"your-client-secret\" # TO BE FILLED client_auth_method: \"client_secret_post\" scopes: [\"openid\", \"read_user\"] user_profile_method: \"userinfo_endpoint\" user_mapping_provider: config: localpart_template: '{{ user.nickname }}' display_name_template: '{{ user.name }}'","breadcrumbs":"Configuration » User Authentication » Single-Sign On » OpenID Connect » GitLab","id":"251","title":"GitLab"},"252":{"body":"You will need a Facebook developer account. You can register for one here . On the apps page of the developer console, \"Create App\", and choose \"Build Connected Experiences\". Once the app is created, add \"Facebook Login\" and choose \"Web\". You don't need to go through the whole form here. In the left-hand menu, open \"Products\"/\"Facebook Login\"/\"Settings\". Add [synapse public baseurl]/_synapse/client/oidc/callback as an OAuth Redirect URL. In the left-hand menu, open \"Settings/Basic\". Here you can copy the \"App ID\" and \"App Secret\" for use below. Synapse config: - idp_id: facebook idp_name: Facebook idp_brand: \"facebook\" # optional: styling hint for clients discover: false issuer: \"https://www.facebook.com\" client_id: \"your-client-id\" # TO BE FILLED client_secret: \"your-client-secret\" # TO BE FILLED scopes: [\"openid\", \"email\"] authorization_endpoint: \"https://facebook.com/dialog/oauth\" token_endpoint: \"https://graph.facebook.com/v9.0/oauth/access_token\" jwks_uri: \"https://www.facebook.com/.well-known/oauth/openid/jwks/\" user_mapping_provider: config: display_name_template: \"{{ user.name }}\" email_template: \"{{ '{{ user.email }}' }}\" Relevant documents: Manually Build a Login Flow Using Facebook's Graph API Reference to the User endpoint Facebook do have an OIDC discovery endpoint , but it has a response_types_supported which excludes \"code\" (which we rely on, and is even mentioned in their documentation ), so we have to disable discovery and configure the URIs manually.","breadcrumbs":"Configuration » User Authentication » Single-Sign On » OpenID Connect » Facebook","id":"252","title":"Facebook"},"253":{"body":"Gitea is, like Github, not an OpenID provider, but just an OAuth2 provider. The /user API endpoint can be used to retrieve information on the authenticated user. As the Synapse login mechanism needs an attribute to uniquely identify users, and that endpoint does not return a sub property, an alternative subject_claim has to be set. Create a new application. Add this Callback URL: [synapse public baseurl]/_synapse/client/oidc/callback Synapse config: oidc_providers: - idp_id: gitea idp_name: Gitea discover: false issuer: \"https://your-gitea.com/\" client_id: \"your-client-id\" # TO BE FILLED client_secret: \"your-client-secret\" # TO BE FILLED client_auth_method: client_secret_post scopes: [] # Gitea doesn't support Scopes authorization_endpoint: \"https://your-gitea.com/login/oauth/authorize\" token_endpoint: \"https://your-gitea.com/login/oauth/access_token\" userinfo_endpoint: \"https://your-gitea.com/api/v1/user\" user_mapping_provider: config: subject_claim: \"id\" localpart_template: \"{{ user.login }}\" display_name_template: \"{{ user.full_name }}\"","breadcrumbs":"Configuration » User Authentication » Single-Sign On » OpenID Connect » Gitea","id":"253","title":"Gitea"},"254":{"body":"Install OpenID Connect Provider extension in your XWiki instance. Synapse config: oidc_providers: - idp_id: xwiki idp_name: \"XWiki\" issuer: \"https://myxwikihost/xwiki/oidc/\" client_id: \"your-client-id\" # TO BE FILLED client_auth_method: none scopes: [\"openid\", \"profile\"] user_profile_method: \"userinfo_endpoint\" user_mapping_provider: config: localpart_template: \"{{ user.preferred_username }}\" display_name_template: \"{{ user.name }}\"","breadcrumbs":"Configuration » User Authentication » Single-Sign On » OpenID Connect » XWiki","id":"254","title":"XWiki"},"255":{"body":"Configuring \"Sign in with Apple\" (SiWA) requires an Apple Developer account. You will need to create a new \"Services ID\" for SiWA, and create and download a private key with \"SiWA\" enabled. As well as the private key file, you will need: Client ID: the \"identifier\" you gave the \"Services ID\" Team ID: a 10-character ID associated with your developer account. Key ID: the 10-character identifier for the key. Apple's developer documentation has more information on setting up SiWA. The synapse config will look like this: - idp_id: apple idp_name: Apple issuer: \"https://appleid.apple.com\" client_id: \"your-client-id\" # Set to the \"identifier\" for your \"ServicesID\" client_auth_method: \"client_secret_post\" client_secret_jwt_key: key_file: \"/path/to/AuthKey_KEYIDCODE.p8\" # point to your key file jwt_header: alg: ES256 kid: \"KEYIDCODE\" # Set to the 10-char Key ID jwt_payload: iss: TEAMIDCODE # Set to the 10-char Team ID scopes: [\"name\", \"email\", \"openid\"] authorization_endpoint: https://appleid.apple.com/auth/authorize?response_mode=form_post user_mapping_provider: config: email_template: \"{{ user.email }}\"","breadcrumbs":"Configuration » User Authentication » Single-Sign On » OpenID Connect » Apple","id":"255","title":"Apple"},"256":{"body":"django-oauth-toolkit is a Django application providing out of the box all the endpoints, data and logic needed to add OAuth2 capabilities to your Django projects. It supports OpenID Connect too . Configuration on Django's side: Add an application: https://example.com/admin/oauth2_provider/application/add/ and choose parameters like this: Redirect uris: https://synapse.example.com/_synapse/client/oidc/callback Client type: Confidential Authorization grant type: Authorization code Algorithm: HMAC with SHA-2 256 You can customize the claims Django gives to synapse (optional): Code sample class CustomOAuth2Validator(OAuth2Validator): def get_additional_claims(self, request): return { \"sub\": request.user.email, \"email\": request.user.email, \"first_name\": request.user.first_name, \"last_name\": request.user.last_name, } Your synapse config is then: oidc_providers: - idp_id: django_example idp_name: \"Django Example\" issuer: \"https://example.com/o/\" client_id: \"your-client-id\" # CHANGE ME client_secret: \"your-client-secret\" # CHANGE ME scopes: [\"openid\"] user_profile_method: \"userinfo_endpoint\" # needed because oauth-toolkit does not include user information in the authorization response user_mapping_provider: config: localpart_template: \"{{ user.email.split('@')[0] }}\" display_name_template: \"{{ user.first_name }} {{ user.last_name }}\" email_template: \"{{ user.email }}\"","breadcrumbs":"Configuration » User Authentication » Single-Sign On » OpenID Connect » Django OAuth Toolkit","id":"256","title":"Django OAuth Toolkit"},"257":{"body":"Synapse supports authenticating users via the Security Assertion Markup Language (SAML) protocol natively. Please see the saml2_config and sso sections of the Synapse configuration file for more details.","breadcrumbs":"Configuration » User Authentication » Single-Sign On » SAML » SAML","id":"257","title":"SAML"},"258":{"body":"Synapse supports authenticating users via the Central Authentication Service protocol (CAS) natively. Please see the cas_config and sso sections of the Synapse configuration file for more details.","breadcrumbs":"Configuration » User Authentication » Single-Sign On » CAS » CAS","id":"258","title":"CAS"},"259":{"body":"A mapping provider is a Python class (loaded via a Python module) that works out how to map attributes of a SSO response to Matrix-specific user attributes. Details such as user ID localpart, displayname, and even avatar URLs are all things that can be mapped from talking to a SSO service. As an example, a SSO service may return the email address \"john.smith@example.com\" for a user, whereas Synapse will need to figure out how to turn that into a displayname when creating a Matrix user for this individual. It may choose John Smith, or Smith, John [Example.com] or any number of variations. As each Synapse configuration may want something different, this is where SAML mapping providers come into play. SSO mapping providers are currently supported for OpenID and SAML SSO configurations. Please see the details below for how to implement your own. It is up to the mapping provider whether the user should be assigned a predefined Matrix ID based on the SSO attributes, or if the user should be allowed to choose their own username. In the first case - where users are automatically allocated a Matrix ID - it is the responsibility of the mapping provider to normalise the SSO attributes and map them to a valid Matrix ID. The specification for Matrix IDs has some information about what is considered valid. If the mapping provider does not assign a Matrix ID, then Synapse will automatically serve an HTML page allowing the user to pick their own username. External mapping providers are provided to Synapse in the form of an external Python module. You can retrieve this module from PyPI or elsewhere, but it must be importable via Synapse (e.g. it must be in the same virtualenv as Synapse). The Synapse config is then modified to point to the mapping provider (and optionally provide additional configuration for it).","breadcrumbs":"Configuration » User Authentication » Single-Sign On » SSO Mapping Providers » SSO Mapping Providers","id":"259","title":"SSO Mapping Providers"},"26":{"body":"Firstly, shut down the currently running synapse server and copy its database file (typically homeserver.db) to another location. Once the copy is complete, restart synapse. For instance: synctl stop\ncp homeserver.db homeserver.db.snapshot\nsynctl start Copy the old config file into a new config file: cp homeserver.yaml homeserver-postgres.yaml Edit the database section as described in the section Synapse config above and with the SQLite snapshot located at homeserver.db.snapshot simply run: synapse_port_db --sqlite-database homeserver.db.snapshot \\ --postgres-config homeserver-postgres.yaml The flag --curses displays a coloured curses progress UI. If the script took a long time to complete, or time has otherwise passed since the original snapshot was taken, repeat the previous steps with a newer snapshot. To complete the conversion shut down the synapse server and run the port script one last time, e.g. if the SQLite database is at homeserver.db run: synapse_port_db --sqlite-database homeserver.db \\ --postgres-config homeserver-postgres.yaml Once that has completed, change the synapse config to point at the PostgreSQL database configuration file homeserver-postgres.yaml: synctl stop\nmv homeserver.yaml homeserver-old-sqlite.yaml\nmv homeserver-postgres.yaml homeserver.yaml\nsynctl start Synapse should now be running against PostgreSQL.","breadcrumbs":"Using Postgres » Using the port script","id":"26","title":"Using the port script"},"260":{"body":"The OpenID mapping provider can be customized by editing the oidc_config.user_mapping_provider.module config option. oidc_config.user_mapping_provider.config allows you to provide custom configuration options to the module. Check with the module's documentation for what options it provides (if any). The options listed by default are for the user mapping provider built in to Synapse. If using a custom module, you should comment these options out and use those specified by the module instead.","breadcrumbs":"Configuration » User Authentication » Single-Sign On » SSO Mapping Providers » OpenID Mapping Providers","id":"260","title":"OpenID Mapping Providers"},"261":{"body":"A custom mapping provider must specify the following methods: def __init__(self, parsed_config) Arguments: parsed_config - A configuration object that is the return value of the parse_config method. You should set any configuration options needed by the module here. def parse_config(config) This method should have the @staticmethod decoration. Arguments: config - A dict representing the parsed content of the oidc_config.user_mapping_provider.config homeserver config option. Runs on homeserver startup. Providers should extract and validate any option values they need here. Whatever is returned will be passed back to the user mapping provider module's __init__ method during construction. def get_remote_user_id(self, userinfo) Arguments: userinfo - A authlib.oidc.core.claims.UserInfo object to extract user information from. This method must return a string, which is the unique, immutable identifier for the user. Commonly the sub claim of the response. async def map_user_attributes(self, userinfo, token, failures) This method must be async. Arguments: userinfo - A authlib.oidc.core.claims.UserInfo object to extract user information from. token - A dictionary which includes information necessary to make further requests to the OpenID provider. failures - An int that represents the amount of times the returned mxid localpart mapping has failed. This should be used to create a deduplicated mxid localpart which should be returned instead. For example, if this method returns john.doe as the value of localpart in the returned dict, and that is already taken on the homeserver, this method will be called again with the same parameters but with failures=1. The method should then return a different localpart value, such as john.doe1. Returns a dictionary with two keys: localpart: A string, used to generate the Matrix ID. If this is None, the user is prompted to pick their own username. This is only used during a user's first login. Once a localpart has been associated with a remote user ID (see get_remote_user_id) it cannot be updated. displayname: An optional string, the display name for the user. async def get_extra_attributes(self, userinfo, token) This method must be async. Arguments: userinfo - A authlib.oidc.core.claims.UserInfo object to extract user information from. token - A dictionary which includes information necessary to make further requests to the OpenID provider. Returns a dictionary that is suitable to be serialized to JSON. This will be returned as part of the response during a successful login. Note that care should be taken to not overwrite any of the parameters usually returned as part of the login response .","breadcrumbs":"Configuration » User Authentication » Single-Sign On » SSO Mapping Providers » Building a Custom OpenID Mapping Provider","id":"261","title":"Building a Custom OpenID Mapping Provider"},"262":{"body":"Synapse has a built-in OpenID mapping provider if a custom provider isn't specified in the config. It is located at synapse.handlers.oidc.JinjaOidcMappingProvider .","breadcrumbs":"Configuration » User Authentication » Single-Sign On » SSO Mapping Providers » Default OpenID Mapping Provider","id":"262","title":"Default OpenID Mapping Provider"},"263":{"body":"The SAML mapping provider can be customized by editing the saml2_config.user_mapping_provider.module config option. saml2_config.user_mapping_provider.config allows you to provide custom configuration options to the module. Check with the module's documentation for what options it provides (if any). The options listed by default are for the user mapping provider built in to Synapse. If using a custom module, you should comment these options out and use those specified by the module instead.","breadcrumbs":"Configuration » User Authentication » Single-Sign On » SSO Mapping Providers » SAML Mapping Providers","id":"263","title":"SAML Mapping Providers"},"264":{"body":"A custom mapping provider must specify the following methods: def __init__(self, parsed_config, module_api) Arguments: parsed_config - A configuration object that is the return value of the parse_config method. You should set any configuration options needed by the module here. module_api - a synapse.module_api.ModuleApi object which provides the stable API available for extension modules. def parse_config(config) This method should have the @staticmethod decoration. Arguments: config - A dict representing the parsed content of the saml_config.user_mapping_provider.config homeserver config option. Runs on homeserver startup. Providers should extract and validate any option values they need here. Whatever is returned will be passed back to the user mapping provider module's __init__ method during construction. def get_saml_attributes(config) This method should have the @staticmethod decoration. Arguments: config - A object resulting from a call to parse_config. Returns a tuple of two sets. The first set equates to the SAML auth response attributes that are required for the module to function, whereas the second set consists of those attributes which can be used if available, but are not necessary. def get_remote_user_id(self, saml_response, client_redirect_url) Arguments: saml_response - A saml2.response.AuthnResponse object to extract user information from. client_redirect_url - A string, the URL that the client will be redirected to. This method must return a string, which is the unique, immutable identifier for the user. Commonly the uid claim of the response. def saml_response_to_user_attributes(self, saml_response, failures, client_redirect_url) Arguments: saml_response - A saml2.response.AuthnResponse object to extract user information from. failures - An int that represents the amount of times the returned mxid localpart mapping has failed. This should be used to create a deduplicated mxid localpart which should be returned instead. For example, if this method returns john.doe as the value of mxid_localpart in the returned dict, and that is already taken on the homeserver, this method will be called again with the same parameters but with failures=1. The method should then return a different mxid_localpart value, such as john.doe1. client_redirect_url - A string, the URL that the client will be redirected to. This method must return a dictionary, which will then be used by Synapse to build a new user. The following keys are allowed: mxid_localpart - A string, the mxid localpart of the new user. If this is None, the user is prompted to pick their own username. This is only used during a user's first login. Once a localpart has been associated with a remote user ID (see get_remote_user_id) it cannot be updated. displayname - The displayname of the new user. If not provided, will default to the value of mxid_localpart. emails - A list of emails for the new user. If not provided, will default to an empty list. Alternatively it can raise a synapse.api.errors.RedirectException to redirect the user to another page. This is useful to prompt the user for additional information, e.g. if you want them to provide their own username. It is the responsibility of the mapping provider to either redirect back to client_redirect_url (including any additional information) or to complete registration using methods from the ModuleApi.","breadcrumbs":"Configuration » User Authentication » Single-Sign On » SSO Mapping Providers » Building a Custom SAML Mapping Provider","id":"264","title":"Building a Custom SAML Mapping Provider"},"265":{"body":"Synapse has a built-in SAML mapping provider if a custom provider isn't specified in the config. It is located at synapse.handlers.saml.DefaultSamlMappingProvider .","breadcrumbs":"Configuration » User Authentication » Single-Sign On » SSO Mapping Providers » Default SAML Mapping Provider","id":"265","title":"Default SAML Mapping Provider"},"266":{"body":"This page of the Synapse documentation is now deprecated. For up to date\ndocumentation on setting up or writing a password auth provider module, please see\nthis page. Password auth providers offer a way for server administrators to integrate their Synapse installation with an existing authentication system. A password auth provider is a Python class which is dynamically loaded into Synapse, and provides a number of methods by which it can integrate with the authentication system. This document serves as a reference for those looking to implement their own password auth providers. Additionally, here is a list of known password auth provider module implementations: matrix-synapse-ldap3 matrix-synapse-shared-secret-auth matrix-synapse-rest-password-provider","breadcrumbs":"Configuration » User Authentication » Password Auth Providers » Password auth provider modules","id":"266","title":"Password auth provider modules"},"267":{"body":"Password auth provider classes must provide the following methods: parse_config(config) This method is passed the config object for this module from the homeserver configuration file. It should perform any appropriate sanity checks on the provided configuration, and return an object which is then passed into __init__. This method should have the @staticmethod decoration. __init__(self, config, account_handler) The constructor is passed the config object returned by parse_config, and a synapse.module_api.ModuleApi object which allows the password provider to check if accounts exist and/or create new ones.","breadcrumbs":"Configuration » User Authentication » Password Auth Providers » Required methods","id":"267","title":"Required methods"},"268":{"body":"Password auth provider classes may optionally provide the following methods: get_db_schema_files(self) This method, if implemented, should return an Iterable of (name, stream) pairs of database schema files. Each file is applied in turn at initialisation, and a record is then made in the database so that it is not re-applied on the next start. get_supported_login_types(self) This method, if implemented, should return a dict mapping from a login type identifier (such as m.login.password) to an iterable giving the fields which must be provided by the user in the submission to the /login API . These fields are passed in the login_dict dictionary to check_auth. For example, if a password auth provider wants to implement a custom login type of com.example.custom_login, where the client is expected to pass the fields secret1 and secret2, the provider should implement this method and return the following dict: {\"com.example.custom_login\": (\"secret1\", \"secret2\")} check_auth(self, username, login_type, login_dict) This method does the real work. If implemented, it will be called for each login attempt where the login type matches one of the keys returned by get_supported_login_types. It is passed the (possibly unqualified) user field provided by the client, the login type, and a dictionary of login secrets passed by the client. The method should return an Awaitable object, which resolves to the canonical @localpart:domain user ID if authentication is successful, and None if not. Alternatively, the Awaitable can resolve to a (str, func) tuple, in which case the second field is a callback which will be called with the result from the /login call (including access_token, device_id, etc.) check_3pid_auth(self, medium, address, password) This method, if implemented, is called when a user attempts to register or log in with a third party identifier, such as email. It is passed the medium (ex. \"email\"), an address (ex. \" jdoe@example.com \") and the user's password. The method should return an Awaitable object, which resolves to a str containing the user's (canonical) User id if authentication was successful, and None if not. As with check_auth, the Awaitable may alternatively resolve to a (user_id, callback) tuple. check_password(self, user_id, password) This method provides a simpler interface than get_supported_login_types and check_auth for password auth providers that just want to provide a mechanism for validating m.login.password logins. If implemented, it will be called to check logins with an m.login.password login type. It is passed a qualified @localpart:domain user id, and the password provided by the user. The method should return an Awaitable object, which resolves to True if authentication is successful, and False if not. on_logged_out(self, user_id, device_id, access_token) This method, if implemented, is called when a user logs out. It is passed the qualified user ID, the ID of the deactivated device (if any: access tokens are occasionally created without an associated device ID), and the (now deactivated) access token. It may return an Awaitable object; the logout request will wait for the Awaitable to complete, but the result is ignored.","breadcrumbs":"Configuration » User Authentication » Password Auth Providers » Optional methods","id":"268","title":"Optional methods"},"269":{"body":"Synapse comes with a non-standard login type to support JSON Web Tokens . In general the documentation for the login endpoint is still valid (and the mechanism works similarly to the token based login ). To log in using a JSON Web Token, clients should submit a /login request as follows: { \"type\": \"org.matrix.login.jwt\", \"token\": \"\"\n} The token field should include the JSON web token with the following claims: A claim that encodes the local part of the user ID is required. By default, the sub (subject) claim is used, or a custom claim can be set in the configuration file. The expiration time (exp), not before time (nbf), and issued at (iat) claims are optional, but validated if present. The issuer (iss) claim is optional, but required and validated if configured. The audience (aud) claim is optional, but required and validated if configured. Providing the audience claim when not configured will cause validation to fail. In the case that the token is not valid, the homeserver must respond with 403 Forbidden and an error code of M_FORBIDDEN. As with other login types, there are additional fields (e.g. device_id and initial_device_display_name) which can be included in the above request.","breadcrumbs":"Configuration » User Authentication » JSON Web Tokens » JWT Login Type","id":"269","title":"JWT Login Type"},"27":{"body":"","breadcrumbs":"Using Postgres » Troubleshooting","id":"27","title":"Troubleshooting"},"270":{"body":"The JSON Web Token integration in Synapse uses the PyJWT library, which must be installed as follows: The relevant libraries are included in the Docker images and Debian packages provided by matrix.org so no further action is needed. If you installed Synapse into a virtualenv, run /path/to/env/bin/pip install synapse[pyjwt] to install the necessary dependencies. For other installation mechanisms, see the documentation provided by the maintainer. To enable the JSON web token integration, you should then add an jwt_config section to your configuration file (or uncomment the enabled: true line in the existing section). See sample_config.yaml for some sample settings.","breadcrumbs":"Configuration » User Authentication » JSON Web Tokens » Preparing Synapse","id":"270","title":"Preparing Synapse"},"271":{"body":"Although JSON Web Tokens are typically generated from an external server, the examples below use PyJWT directly. Configure Synapse with JWT logins, note that this example uses a pre-shared secret and an algorithm of HS256: jwt_config: enabled: true secret: \"my-secret-token\" algorithm: \"HS256\" Generate a JSON web token: $ pyjwt --key=my-secret-token --alg=HS256 encode sub=test-user\neyJ0eXAiOiJKV1QiLCJhbGciOiJIUzI1NiJ9.eyJzdWIiOiJ0ZXN0LXVzZXIifQ.Ag71GT8v01UO3w80aqRPTeuVPBIBZkYhNTJJ-_-zQIc Query for the login types and ensure org.matrix.login.jwt is there: curl http://localhost:8080/_matrix/client/r0/login Login used the generated JSON web token from above: $ curl http://localhost:8082/_matrix/client/r0/login -X POST \\ --data '{\"type\":\"org.matrix.login.jwt\",\"token\":\"eyJ0eXAiOiJKV1QiLCJhbGciOiJIUzI1NiJ9.eyJzdWIiOiJ0ZXN0LXVzZXIifQ.Ag71GT8v01UO3w80aqRPTeuVPBIBZkYhNTJJ-_-zQIc\"}'\n{ \"access_token\": \"\", \"device_id\": \"ACBDEFGHI\", \"home_server\": \"localhost:8080\", \"user_id\": \"@test-user:localhost:8480\"\n} You should now be able to use the returned access token to query the client API.","breadcrumbs":"Configuration » User Authentication » JSON Web Tokens » How to test JWT as a developer","id":"271","title":"How to test JWT as a developer"},"272":{"body":"Synapse supports refresh tokens since version 1.49 (some earlier versions had support for an earlier, experimental draft of MSC2918 which is not compatible).","breadcrumbs":"Configuration » User Authentication » Refresh Tokens » Refresh Tokens","id":"272","title":"Refresh Tokens"},"273":{"body":"Synapse users' sessions are identified by access tokens ; access tokens are issued to users on login. Each session gets a unique access token which identifies it; the access token must be kept secret as it grants access to the user's account. Traditionally, these access tokens were eternally valid (at least until the user explicitly chose to log out). In some cases, it may be desirable for these access tokens to expire so that the potential damage caused by leaking an access token is reduced. On the other hand, forcing a user to re-authenticate (log in again) often might be too much of an inconvenience. Refresh tokens are a mechanism to avoid some of this inconvenience whilst still getting most of the benefits of short access token lifetimes. Refresh tokens are also a concept present in OAuth 2 — further reading is available here . When refresh tokens are in use, both an access token and a refresh token will be issued to users on login. The access token will expire after a predetermined amount of time, but otherwise works in the same way as before. When the access token is close to expiring (or has expired), the user's client should present the homeserver (Synapse) with the refresh token. The homeserver will then generate a new access token and refresh token for the user and return them. The old refresh token is invalidated and can not be used again*. Finally, refresh tokens also make it possible for sessions to be logged out if they are inactive for too long, before the session naturally ends; see the configuration guide below. *To prevent issues if clients lose connection half-way through refreshing a token, the refresh token is only invalidated once the new access token has been used at least once. For all intents and purposes, the above simplification is sufficient.","breadcrumbs":"Configuration » User Authentication » Refresh Tokens » Background and motivation","id":"273","title":"Background and motivation"},"274":{"body":"There are some caveats: If a third party gets both your access token and refresh token, they will be able to continue to enjoy access to your session. This is still an improvement because you (the user) will notice when your session expires and you're not able to use your refresh token. That would be a giveaway that someone else has compromised your session. You would be able to log in again and terminate that session. Previously (with long-lived access tokens), a third party that has your access token could go undetected for a very long time. Clients need to implement support for refresh tokens in order for them to be a useful mechanism. It is up to homeserver administrators if they want to issue long-lived access tokens to clients not implementing refresh tokens. For compatibility, it is likely that they should, at least until client support is widespread. Users with clients that support refresh tokens will still benefit from the added security; it's not possible to downgrade a session to using long-lived access tokens so this effectively gives users the choice. In a closed environment where all users use known clients, this may not be an issue as the homeserver administrator can know if the clients have refresh token support. In that case, the non-refreshable access token lifetime may be set to a short duration so that a similar level of security is provided.","breadcrumbs":"Configuration » User Authentication » Refresh Tokens » Caveats","id":"274","title":"Caveats"},"275":{"body":"The following configuration options, in the registration section, are related: session_lifetime: maximum length of a session, even if it's refreshed. In other words, the client must log in again after this time period. In most cases, this can be unset (infinite) or set to a long time (years or months). refreshable_access_token_lifetime: lifetime of access tokens that are created by clients supporting refresh tokens. This should be short; a good value might be 5 minutes (5m). nonrefreshable_access_token_lifetime: lifetime of access tokens that are created by clients which don't support refresh tokens. Make this short if you want to effectively force use of refresh tokens. Make this long if you don't want to inconvenience users of clients which don't support refresh tokens (by forcing them to frequently re-authenticate using login credentials). refresh_token_lifetime: lifetime of refresh tokens. In other words, the client must refresh within this time period to maintain its session. Unless you want to log inactive sessions out, it is often fine to use a long value here or even leave it unset (infinite). Beware that making it too short will inconvenience clients that do not connect very often, including mobile clients and clients of infrequent users (by making it more difficult for them to refresh in time, which may force them to need to re-authenticate using login credentials). Note: All four options above only apply when tokens are created (by logging in or refreshing). Changes to these settings do not apply retroactively.","breadcrumbs":"Configuration » User Authentication » Refresh Tokens » Configuration Guide","id":"275","title":"Configuration Guide"},"276":{"body":"If you'd like to force sessions to be logged out upon inactivity, you can enable refreshable access token expiry and refresh token expiry. This works because a client must refresh at least once within a period of refresh_token_lifetime in order to maintain valid credentials to access the account. (It's suggested that refresh_token_lifetime should be longer than refreshable_access_token_lifetime and this section assumes that to be the case for simplicity.) Note: this will only affect sessions using refresh tokens. You may wish to set a short nonrefreshable_access_token_lifetime to prevent this being bypassed by clients that do not support refresh tokens. Choosing values that guarantee permitting some inactivity It may be desirable to permit some short periods of inactivity, for example to accommodate brief outages in client connectivity. The following model aims to provide guidance for choosing refresh_token_lifetime and refreshable_access_token_lifetime to satisfy requirements of the form: inactivity longer than L MUST cause the session to be logged out; and inactivity shorter than S MUST NOT cause the session to be logged out. This model makes the weakest assumption that all active clients will refresh as needed to maintain an active access token, but no sooner. In reality, clients may refresh more often than this model assumes, but the above requirements will still hold. To satisfy the above model, refresh_token_lifetime should be set to L; and refreshable_access_token_lifetime should be set to L - S.","breadcrumbs":"Configuration » User Authentication » Refresh Tokens » Using refresh token expiry to log out inactive sessions","id":"276","title":"Using refresh token expiry to log out inactive sessions"},"277":{"body":"A captcha can be enabled on your homeserver to help prevent bots from registering accounts. Synapse currently uses Google's reCAPTCHA service which requires API keys from Google.","breadcrumbs":"Configuration » Registration Captcha » Overview","id":"277","title":"Overview"},"278":{"body":"Create a new site at https://www.google.com/recaptcha/admin/create Set the label to anything you want Set the type to reCAPTCHA v2 using the \"I'm not a robot\" Checkbox option. This is the only type of captcha that works with Synapse. Add the public hostname for your server, as set in public_baseurl in homeserver.yaml, to the list of authorized domains. If you have not set public_baseurl, use server_name. Agree to the terms of service and submit. Copy your site key and secret key and add them to your homeserver.yaml configuration file recaptcha_public_key: YOUR_SITE_KEY\nrecaptcha_private_key: YOUR_SECRET_KEY Enable the CAPTCHA for new registrations enable_registration_captcha: true Go to the settings page for the CAPTCHA you just created Uncheck the \"Verify the origin of reCAPTCHA solutions\" checkbox so that the captcha can be displayed in any client. If you do not disable this option then you must specify the domains of every client that is allowed to display the CAPTCHA.","breadcrumbs":"Configuration » Registration Captcha » Getting API keys","id":"278","title":"Getting API keys"},"279":{"body":"The reCAPTCHA API requires that the IP address of the user who solved the CAPTCHA is sent. If the client is connecting through a proxy or load balancer, it may be required to use the X-Forwarded-For (XFF) header instead of the origin IP address. This can be configured using the x_forwarded directive in the listeners section of the homeserver.yaml configuration file.","breadcrumbs":"Configuration » Registration Captcha » Configuring IP used for auth","id":"279","title":"Configuring IP used for auth"},"28":{"body":"If you get an error along the lines of FATAL: Ident authentication failed for user \"synapse_user\", you may need to use an authentication method other than ident: If the synapse_user user has a password, add the password to the database: section of homeserver.yaml. Then add the following to pg_hba.conf: host synapse synapse_user ::1/128 md5 # or `scram-sha-256` instead of `md5` if you use that If the synapse_user user does not have a password, then a password doesn't have to be added to homeserver.yaml. But the following does need to be added to pg_hba.conf: host synapse synapse_user ::1/128 trust Note that line order matters in pg_hba.conf, so make sure that if you do add a new line, it is inserted before: host all all ::1/128 ident","breadcrumbs":"Using Postgres » Alternative auth methods","id":"28","title":"Alternative auth methods"},"280":{"body":"The registration of new application services depends on the homeserver used. In synapse, you need to create a new configuration file for your AS and add it to the list specified under the app_service_config_files config option in your synapse config. For example: app_service_config_files:\n- /home/matrix/.synapse/.yaml The format of the AS configuration file is as follows: url: \nas_token: \nhs_token: \nsender_localpart: \nnamespaces: users: # List of users we're interested in - exclusive: regex: group_id: - ... aliases: [] # List of aliases we're interested in rooms: [] # List of room ids we're interested in exclusive: If enabled, only this application service is allowed to register users in its namespace(s). group_id: All users of this application service are dynamically joined to this group. This is useful for e.g user organisation or flairs. See the spec for further details on how application services work.","breadcrumbs":"Configuration » Application Services » Registering an Application Service","id":"280","title":"Registering an Application Service"},"281":{"body":"'Server Notices' are a new feature introduced in Synapse 0.30. They provide a channel whereby server administrators can send messages to users on the server. They are used as part of communication of the server polices (see Consent Tracking ), however the intention is that they may also find a use for features such as \"Message of the day\". This is a feature specific to Synapse, but it uses standard Matrix communication mechanisms, so should work with any Matrix client.","breadcrumbs":"Configuration » Server Notices » Server Notices","id":"281","title":"Server Notices"},"282":{"body":"When the user is first sent a server notice, they will get an invitation to a room (typically called 'Server Notices', though this is configurable in homeserver.yaml). They will be unable to reject this invitation - attempts to do so will receive an error. Once they accept the invitation, they will see the notice message in the room history; it will appear to have come from the 'server notices user' (see below). The user is prevented from sending any messages in this room by the power levels. Having joined the room, the user can leave the room if they want. Subsequent server notices will then cause a new room to be created.","breadcrumbs":"Configuration » Server Notices » User experience","id":"282","title":"User experience"},"283":{"body":"Server notices come from a specific user id on the server. Server administrators are free to choose the user id - something like server is suggested, meaning the notices will come from @server:. Once the Server Notices user is configured, that user id becomes a special, privileged user, so administrators should ensure that it is not already allocated . In order to support server notices, it is necessary to add some configuration to the homeserver.yaml file. In particular, you should add a server_notices section, which should look like this: server_notices: system_mxid_localpart: server system_mxid_display_name: \"Server Notices\" system_mxid_avatar_url: \"mxc://server.com/oumMVlgDnLYFaPVkExemNVVZ\" room_name: \"Server Notices\" The only compulsory setting is system_mxid_localpart, which defines the user id of the Server Notices user, as above. room_name defines the name of the room which will be created. system_mxid_display_name and system_mxid_avatar_url can be used to set the displayname and avatar of the Server Notices user.","breadcrumbs":"Configuration » Server Notices » Synapse configuration","id":"283","title":"Synapse configuration"},"284":{"body":"To send server notices to users you can use the admin_api .","breadcrumbs":"Configuration » Server Notices » Sending notices","id":"284","title":"Sending notices"},"285":{"body":"Synapse 0.30 introduces support for tracking whether users have agreed to the terms and conditions set by the administrator of a server - and blocking access to the server until they have. There are several parts to this functionality; each requires some specific configuration in homeserver.yaml to be enabled. Note that various parts of the configuation and this document refer to the \"privacy policy\": agreement with a privacy policy is one particular use of this feature, but of course adminstrators can specify other terms and conditions unrelated to \"privacy\" per se.","breadcrumbs":"Configuration » Consent Tracking » Support in Synapse for tracking agreement to server terms and conditions","id":"285","title":"Support in Synapse for tracking agreement to server terms and conditions"},"286":{"body":"Synapse can be configured to serve the user a simple policy form with an \"accept\" button. Clicking \"Accept\" records the user's acceptance in the database and shows a success page. To enable this, first create templates for the policy and success pages. These should be stored on the local filesystem. These templates use the Jinja2 templating language, and docs/privacy_policy_templates gives examples of the sort of thing that can be done. Note that the templates must be stored under a name giving the language of the template - currently this must always be en (for \"English\"); internationalisation support is intended for the future. The template for the policy itself should be versioned and named according to the version: for example 1.0.html. The version of the policy which the user has agreed to is stored in the database. Once the templates are in place, make the following changes to homeserver.yaml: Add a user_consent section, which should look like: user_consent: template_dir: privacy_policy_templates version: 1.0 template_dir points to the directory containing the policy templates. version defines the version of the policy which will be served to the user. In the example above, Synapse will serve privacy_policy_templates/en/1.0.html. Add a form_secret setting at the top level: form_secret: \"\" This should be set to an arbitrary secret string (try pwgen -y 30 to generate suitable secrets). More on what this is used for below. Add consent wherever the client resource is currently enabled in the listeners configuration. For example: listeners: - port: 8008 resources: - names: - client - consent Finally, ensure that jinja2 is installed. If you are using a virtualenv, this should be a matter of pip install Jinja2. On debian, try apt-get install python-jinja2. Once this is complete, and the server has been restarted, try visiting https:///_matrix/consent. If correctly configured, this should give an error \"Missing string query parameter 'u'\". It is now possible to manually construct URIs where users can give their consent.","breadcrumbs":"Configuration » Consent Tracking » Collecting policy agreement from a user","id":"286","title":"Collecting policy agreement from a user"},"287":{"body":"Add the following to your configuration: user_consent: require_at_registration: true policy_name: \"Privacy Policy\" # or whatever you'd like to call the policy In your consent templates, make use of the public_version variable to see if an unauthenticated user is viewing the page. This is typically wrapped around the form that would be used to actually agree to the document: {% if not public_version %} \n{% endif %} Restart Synapse to apply the changes. Visiting https:///_matrix/consent should now give you a view of the privacy document. This is what users will be able to see when registering for accounts.","breadcrumbs":"Configuration » Consent Tracking » Enabling consent tracking at registration","id":"287","title":"Enabling consent tracking at registration"},"288":{"body":"It may be useful to manually construct the \"consent URI\" for a given user - for instance, in order to send them an email asking them to consent. To do this, take the base https:///_matrix/consent URL and add the following query parameters: u: the user id of the user. This can either be a full MXID (@user:server.com) or just the localpart (user). h: hex-encoded HMAC-SHA256 of u using the form_secret as a key. It is possible to calculate this on the commandline with something like: echo -n '' | openssl sha256 -hmac '' This should result in a URI which looks something like: https:///_matrix/consent?u=&h=68a152465a4d.... Note that not providing a u parameter will be interpreted as wanting to view the document from an unauthenticated perspective, such as prior to registration. Therefore, the h parameter is not required in this scenario. To enable this behaviour, set require_at_registration to true in your user_consent config.","breadcrumbs":"Configuration » Consent Tracking » Constructing the consent URI","id":"288","title":"Constructing the consent URI"},"289":{"body":"It is possible to configure Synapse to send a server notice to anybody who has not yet agreed to the current version of the policy. To do so: ensure that the consent resource is configured, as in the previous section ensure that server notices are configured, as in the server notice documentation . Add server_notice_content under user_consent in homeserver.yaml. For example: user_consent: server_notice_content: msgtype: m.text body: >- Please give your consent to the privacy policy at %(consent_uri)s. Synapse automatically replaces the placeholder %(consent_uri)s with the consent uri for that user. ensure that public_baseurl is set in homeserver.yaml, and gives the base URI that clients use to connect to the server. (It is used to construct consent_uri in the server notice.)","breadcrumbs":"Configuration » Consent Tracking » Sending users a server notice asking them to agree to the policy","id":"289","title":"Sending users a server notice asking them to agree to the policy"},"29":{"body":"Synapse will refuse to set up a new database if it has the wrong values of COLLATE and CTYPE set. Synapse will also refuse to start an existing database with incorrect values of COLLATE and CTYPE unless the config flag allow_unsafe_locale, found in the database section of the config, is set to true. Using different locales can cause issues if the locale library is updated from underneath the database, or if a different version of the locale is used on any replicas. If you have a databse with an unsafe locale, the safest way to fix the issue is to dump the database and recreate it with the correct locale parameter (as shown above). It is also possible to change the parameters on a live database and run a REINDEX on the entire database, however extreme care must be taken to avoid database corruption. Note that the above may fail with an error about duplicate rows if corruption has already occurred, and such duplicate rows will need to be manually removed.","breadcrumbs":"Using Postgres » Fixing incorrect COLLATE or CTYPE","id":"29","title":"Fixing incorrect COLLATE or CTYPE"},"290":{"body":"Synapse can be configured to block any attempts to join rooms or send messages until the user has given their agreement to the policy. (Joining the server notices room is exempted from this). To enable this, add block_events_error under user_consent. For example: user_consent: block_events_error: >- You can't send any messages until you consent to the privacy policy at %(consent_uri)s. Synapse automatically replaces the placeholder %(consent_uri)s with the consent uri for that user. ensure that public_baseurl is set in homeserver.yaml, and gives the base URI that clients use to connect to the server. (It is used to construct consent_uri in the error.)","breadcrumbs":"Configuration » Consent Tracking » Blocking users from using the server until they agree to the policy","id":"290","title":"Blocking users from using the server until they agree to the policy"},"291":{"body":"The GET /_matrix/media/r0/preview_url endpoint provides a generic preview API for URLs which outputs Open Graph responses (with some Matrix specific additions). This does have trade-offs compared to other designs: Pros: Simple and flexible; can be used by any clients at any point Cons: If each homeserver provides one of these independently, all the HSes in a room may needlessly DoS the target URI The URL metadata must be stored somewhere, rather than just using Matrix itself to store the media. Matrix cannot be used to distribute the metadata between homeservers. When Synapse is asked to preview a URL it does the following: Checks against a URL blacklist (defined as url_preview_url_blacklist in the config). Checks the in-memory cache by URLs and returns the result if it exists. (This is also used to de-duplicate processing of multiple in-flight requests at once.) Kicks off a background process to generate a preview: Checks the database cache by URL and timestamp and returns the result if it has not expired and was successful (a 2xx return code). Checks if the URL matches an oEmbed pattern. If it does, update the URL to download. Downloads the URL and stores it into a file via the media storage provider and saves the local media metadata. If the media is an image: Generates thumbnails. Generates an Open Graph response based on image properties. If the media is HTML: Decodes the HTML via the stored file. Generates an Open Graph response from the HTML. If a JSON oEmbed URL was found in the HTML via autodiscovery: Downloads the URL and stores it into a file via the media storage provider and saves the local media metadata. Convert the oEmbed response to an Open Graph response. Override any Open Graph data from the HTML with data from oEmbed. If an image exists in the Open Graph response: Downloads the URL and stores it into a file via the media storage provider and saves the local media metadata. Generates thumbnails. Updates the Open Graph response based on image properties. If the media is JSON and an oEmbed URL was found: Convert the oEmbed response to an Open Graph response. If a thumbnail or image is in the oEmbed response: Downloads the URL and stores it into a file via the media storage provider and saves the local media metadata. Generates thumbnails. Updates the Open Graph response based on image properties. Stores the result in the database cache. Returns the result. The in-memory cache expires after 1 hour. Expired entries in the database cache (and their associated media files) are deleted every 10 seconds. The default expiration time is 1 hour from download.","breadcrumbs":"Configuration » URL Previews » URL Previews","id":"291","title":"URL Previews"},"292":{"body":"The user directory is currently maintained based on the 'visible' users on this particular server - i.e. ones which your account shares a room with, or who are present in a publicly viewable room present on the server. The directory info is stored in various tables, which can (typically after DB corruption) get stale or out of sync. If this happens, for now the solution to fix it is to use the admin API and execute the job regenerate_directory. This should then start a background task to flush the current tables and regenerate the directory.","breadcrumbs":"Configuration » User Directory » User Directory API Implementation","id":"292","title":"User Directory API Implementation"},"293":{"body":"There are five relevant tables that collectively form the \"user directory\". Three of them track a master list of all the users we could search for. The last two (collectively called the \"search tables\") track who can see who. From all of these tables we exclude three types of local user: support users appservice users deactivated users user_directory. This contains the user_id, display name and avatar we'll return when you search the directory. Because there's only one directory entry per user, it's important that we only ever put publicly visible names here. Otherwise we might leak a private nickname or avatar used in a private room. Indexed on rooms. Indexed on users. user_directory_search. To be joined to user_directory. It contains an extra column that enables full text search based on user ids and display names. Different schemas for SQLite and Postgres with different code paths to match. Indexed on the full text search data. Indexed on users. user_directory_stream_pos. When the initial background update to populate the directory is complete, we record a stream position here. This indicates that synapse should now listen for room changes and incrementally update the directory where necessary. users_in_public_rooms. Contains associations between users and the public rooms they're in. Used to determine which users are in public rooms and should be publicly visible in the directory. users_who_share_private_rooms. Rows are triples (L, M, room id) where L is a local user and M is a local or remote user. L and M should be different, but this isn't enforced by a constraint.","breadcrumbs":"Configuration » User Directory » Data model","id":"293","title":"Data model"},"294":{"body":"Synapse admins can enable support for message retention policies on their homeserver. Message retention policies exist at a room level, follow the semantics described in MSC1763 , and allow server and room admins to configure how long messages should be kept in a homeserver's database before being purged from it. Please note that, as this feature isn't part of the Matrix specification yet, this implementation is to be considered as experimental. A message retention policy is mainly defined by its max_lifetime parameter, which defines how long a message can be kept around after it was sent to the room. If a room doesn't have a message retention policy, and there's no default one for a given server, then no message sent in that room is ever purged on that server. MSC1763 also specifies semantics for a min_lifetime parameter which defines the amount of time after which an event can get purged (after it was sent to the room), but Synapse doesn't currently support it beyond registering it. Both max_lifetime and min_lifetime are optional parameters. Note that message retention policies don't apply to state events. Once an event reaches its expiry date (defined as the time it was sent plus the value for max_lifetime in the room), two things happen: Synapse stops serving the event to clients via any endpoint. The message gets picked up by the next purge job (see the \"Purge jobs\" section) and is removed from Synapse's database. Since purge jobs don't run continuously, this means that an event might stay in a server's database for longer than the value for max_lifetime in the room would allow, though hidden from clients. Similarly, if a server (with support for message retention policies enabled) receives from another server an event that should have been purged according to its room's policy, then the receiving server will process and store that event until it's picked up by the next purge job, though it will always hide it from clients. Synapse requires at least one message in each room, so it will never delete the last message in a room. It will, however, hide it from clients.","breadcrumbs":"Configuration » Message Retention Policies » Message retention policies","id":"294","title":"Message retention policies"},"295":{"body":"Support for this feature can be enabled and configured in the retention section of the Synapse configuration file (see the sample file ). To enable support for message retention policies, set the setting enabled in this section to true.","breadcrumbs":"Configuration » Message Retention Policies » Server configuration","id":"295","title":"Server configuration"},"296":{"body":"A default message retention policy is a policy defined in Synapse's configuration that is used by Synapse for every room that doesn't have a message retention policy configured in its state. This allows server admins to ensure that messages are never kept indefinitely in a server's database. A default policy can be defined as such, in the retention section of the configuration file: default_policy: min_lifetime: 1d max_lifetime: 1y Here, min_lifetime and max_lifetime have the same meaning and level of support as previously described. They can be expressed either as a duration (using the units s (seconds), m (minutes), h (hours), d (days), w (weeks) and y (years)) or as a number of milliseconds.","breadcrumbs":"Configuration » Message Retention Policies » Default policy","id":"296","title":"Default policy"},"297":{"body":"Purge jobs are the jobs that Synapse runs in the background to purge expired events from the database. They are only run if support for message retention policies is enabled in the server's configuration. If no configuration for purge jobs is configured by the server admin, Synapse will use a default configuration, which is described in the sample configuration file . Some server admins might want a finer control on when events are removed depending on an event's room's policy. This can be done by setting the purge_jobs sub-section in the retention section of the configuration file. An example of such configuration could be: purge_jobs: - longest_max_lifetime: 3d interval: 12h - shortest_max_lifetime: 3d longest_max_lifetime: 1w interval: 1d - shortest_max_lifetime: 1w interval: 2d In this example, we define three jobs: one that runs twice a day (every 12 hours) and purges events in rooms which policy's max_lifetime is lower or equal to 3 days. one that runs once a day and purges events in rooms which policy's max_lifetime is between 3 days and a week. one that runs once every 2 days and purges events in rooms which policy's max_lifetime is greater than a week. Note that this example is tailored to show different configurations and features slightly more jobs than it's probably necessary (in practice, a server admin would probably consider it better to replace the two last jobs with one that runs once a day and handles rooms which policy's max_lifetime is greater than 3 days). Keep in mind, when configuring these jobs, that a purge job can become quite heavy on the server if it targets many rooms, therefore prefer having jobs with a low interval that target a limited set of rooms. Also make sure to include a job with no minimum and one with no maximum to make sure your configuration handles every policy. As previously mentioned in this documentation, while a purge job that runs e.g. every day means that an expired event might stay in the database for up to a day after its expiry, Synapse hides expired events from clients as soon as they expire, so the event is not visible to local users between its expiry date and the moment it gets purged from the server's database.","breadcrumbs":"Configuration » Message Retention Policies » Purge jobs","id":"297","title":"Purge jobs"},"298":{"body":"Server admins can set limits on the values of max_lifetime to use when purging old events in a room. These limits can be defined as such in the retention section of the configuration file: allowed_lifetime_min: 1d\nallowed_lifetime_max: 1y The limits are considered when running purge jobs. If necessary, the effective value of max_lifetime will be brought between allowed_lifetime_min and allowed_lifetime_max (inclusive). This means that, if the value of max_lifetime defined in the room's state is lower than allowed_lifetime_min, the value of allowed_lifetime_min will be used instead. Likewise, if the value of max_lifetime is higher than allowed_lifetime_max, the value of allowed_lifetime_max will be used instead. In the example above, we ensure Synapse never deletes events that are less than one day old, and that it always deletes events that are over a year old. If a default policy is set, and its max_lifetime value is lower than allowed_lifetime_min or higher than allowed_lifetime_max, the same process applies. Both parameters are optional; if one is omitted Synapse won't use it to adjust the effective value of max_lifetime. Like other settings in this section, these parameters can be expressed either as a duration or as a number of milliseconds.","breadcrumbs":"Configuration » Message Retention Policies » Lifetime limits","id":"298","title":"Lifetime limits"},"299":{"body":"To configure a room's message retention policy, a room's admin or moderator needs to send a state event in that room with the type m.room.retention and the following content: { \"max_lifetime\": ...\n} In this event's content, the max_lifetime parameter has the same meaning as previously described, and needs to be expressed in milliseconds. The event's content can also include a min_lifetime parameter, which has the same meaning and limited support as previously described. Note that over every server in the room, only the ones with support for message retention policies will actually remove expired events. This support is currently not enabled by default in Synapse.","breadcrumbs":"Configuration » Message Retention Policies » Room configuration","id":"299","title":"Room configuration"},"3":{"body":"Want to help keep Synapse going but don't know how to code? Synapse is a Matrix.org Foundation project. Consider becoming a supporter on Liberapay , Patreon or through PayPal via a one-time donation. If you are an organisation or enterprise and would like to sponsor development, reach out to us over email at: support (at) matrix.org","breadcrumbs":"Welcome and Overview » Donating to Synapse development","id":"3","title":"Donating to Synapse development"},"30":{"body":"Synapse uses Postgres sequences to generate IDs for various tables. A sequence and associated table can get out of sync if, for example, Synapse has been downgraded and then upgraded again. To fix the issue shut down Synapse (including any and all workers) and run the SQL command included in the error message. Once done Synapse should start successfully.","breadcrumbs":"Using Postgres » Fixing inconsistent sequences error","id":"30","title":"Fixing inconsistent sequences error"},"300":{"body":"While purge jobs actually delete data from the database, the disk space used by the database might not decrease immediately on the database's host. However, even though the database engine won't free up the disk space, it will start writing new data into where the purged data was. If you want to reclaim the freed disk space anyway and return it to the operating system, the server admin needs to run VACUUM FULL; (or VACUUM; for SQLite databases) on Synapse's database (see the related PostgreSQL documentation ).","breadcrumbs":"Configuration » Message Retention Policies » Note on reclaiming disk space","id":"300","title":"Note on reclaiming disk space"},"301":{"body":"Synapse supports extending its functionality by configuring external modules. Note : When using third-party modules, you effectively allow someone else to run custom code on your Synapse homeserver. Server admins are encouraged to verify the provenance of the modules they use on their homeserver and make sure the modules aren't running malicious code on their instance.","breadcrumbs":"Configuration » Pluggable Modules » Modules","id":"301","title":"Modules"},"302":{"body":"To use a module on Synapse, add it to the modules section of the configuration file: modules: - module: my_super_module.MySuperClass config: do_thing: true - module: my_other_super_module.SomeClass config: {} Each module is defined by a path to a Python class as well as a configuration. This information for a given module should be available in the module's own documentation.","breadcrumbs":"Configuration » Pluggable Modules » Using modules","id":"302","title":"Using modules"},"303":{"body":"The order in which modules are listed in this section is important. When processing an action that can be handled by several modules, Synapse will always prioritise the module that appears first (i.e. is the highest in the list). This means: If several modules register the same callback, the callback registered by the module that appears first is used. If several modules try to register a handler for the same HTTP path, only the handler registered by the module that appears first is used. Handlers registered by the other module(s) are ignored and Synapse will log a warning message about them. Note that Synapse doesn't allow multiple modules implementing authentication checkers via the password auth provider feature for the same login type with different fields. If this happens, Synapse will refuse to start.","breadcrumbs":"Configuration » Pluggable Modules » Using multiple modules","id":"303","title":"Using multiple modules"},"304":{"body":"We are currently in the process of migrating module interfaces to this system. While some interfaces might be compatible with it, others still require configuring modules in another part of Synapse's configuration file. Currently, only the following pre-existing interfaces are compatible with this new system: spam checker third-party rules presence router password auth providers","breadcrumbs":"Configuration » Pluggable Modules » Current status","id":"304","title":"Current status"},"305":{"body":"A module is a Python class that uses Synapse's module API to interact with the homeserver. It can register callbacks that Synapse will call on specific operations, as well as web resources to attach to Synapse's web server. When instantiated, a module is given its parsed configuration as well as an instance of the synapse.module_api.ModuleApi class. The configuration is a dictionary, and is either the output of the module's parse_config static method (see below), or the configuration associated with the module in Synapse's configuration file. See the documentation for the ModuleApi class here .","breadcrumbs":"Configuration » Pluggable Modules » Writing a module » Writing a module","id":"305","title":"Writing a module"},"306":{"body":"If Synapse is running with other modules configured, the order each module appears in within the modules section of the Synapse configuration file might restrict what it can or cannot register. See this section for more information. On top of the rules listed in the link above, if a callback returns a value that should cause the current operation to fail (e.g. if a callback checking an event returns with a value that should cause the event to be denied), Synapse will fail the operation and ignore any subsequent callbacks that should have been run after this one. The documentation for each callback mentions how Synapse behaves when multiple modules implement it.","breadcrumbs":"Configuration » Pluggable Modules » Writing a module » When Synapse runs with several modules configured","id":"306","title":"When Synapse runs with several modules configured"},"307":{"body":"A module can implement the following static method: @staticmethod\ndef parse_config(config: dict) -> Any This method is given a dictionary resulting from parsing the YAML configuration for the module. It may modify it (for example by parsing durations expressed as strings (e.g. \"5d\") into milliseconds, etc.), and return the modified dictionary. It may also verify that the configuration is correct, and raise an instance of synapse.module_api.errors.ConfigError if not.","breadcrumbs":"Configuration » Pluggable Modules » Writing a module » Handling the module's configuration","id":"307","title":"Handling the module's configuration"},"308":{"body":"Modules can register web resources onto Synapse's web server using the following module API method: def ModuleApi.register_web_resource(path: str, resource: IResource) -> None The path is the full absolute path to register the resource at. For example, if you register a resource for the path /_synapse/client/my_super_module/say_hello, Synapse will serve it at http(s)://[HS_URL]/_synapse/client/my_super_module/say_hello. Note that Synapse does not allow registering resources for several sub-paths in the /_matrix namespace (such as anything under /_matrix/client for example). It is strongly recommended that modules register their web resources under the /_synapse/client namespace. The provided resource is a Python class that implements Twisted's IResource interface (such as Resource ). Only one resource can be registered for a given path. If several modules attempt to register a resource for the same path, the module that appears first in Synapse's configuration file takes priority. Modules must register their web resources in their __init__ method.","breadcrumbs":"Configuration » Pluggable Modules » Writing a module » Registering a web resource","id":"308","title":"Registering a web resource"},"309":{"body":"Modules can use Synapse's module API to register callbacks. Callbacks are functions that Synapse will call when performing specific actions. Callbacks must be asynchronous (unless specified otherwise), and are split in categories. A single module may implement callbacks from multiple categories, and is under no obligation to implement all callbacks from the categories it registers callbacks for. Modules can register callbacks using one of the module API's register_[...]_callbacks methods. The callback functions are passed to these methods as keyword arguments, with the callback name as the argument name and the function as its value. A register_[...]_callbacks method exists for each category. Callbacks for each category can be found on their respective page of the Synapse documentation website .","breadcrumbs":"Configuration » Pluggable Modules » Writing a module » Registering a callback","id":"309","title":"Registering a callback"},"31":{"body":"It is recommended to put a reverse proxy such as nginx , Apache , Caddy , HAProxy or relayd in front of Synapse. One advantage of doing so is that it means that you can expose the default https port (443) to Matrix clients without needing to run Synapse with root privileges. You should configure your reverse proxy to forward requests to /_matrix or /_synapse/client to Synapse, and have it set the X-Forwarded-For and X-Forwarded-Proto request headers. You should remember that Matrix clients and other Matrix servers do not necessarily need to connect to your server via the same server name or port. Indeed, clients will use port 443 by default, whereas servers default to port 8448. Where these are different, we refer to the 'client port' and the 'federation port'. See the Matrix specification for more details of the algorithm used for federation connections, and Delegation for instructions on setting up delegation. NOTE : Your reverse proxy must not canonicalise or normalise the requested URI in any way (for example, by decoding %xx escapes). Beware that Apache will canonicalise URIs unless you specify nocanon. Let's assume that we expect clients to connect to our server at https://matrix.example.com, and other servers to connect at https://example.com:8448. The following sections detail the configuration of the reverse proxy and the homeserver.","breadcrumbs":"Configuring a Reverse Proxy » Using a reverse proxy with Synapse","id":"31","title":"Using a reverse proxy with Synapse"},"310":{"body":"Spam checker callbacks allow module developers to implement spam mitigation actions for Synapse instances. Spam checker callbacks can be registered using the module API's register_spam_checker_callbacks method.","breadcrumbs":"Configuration » Pluggable Modules » Writing a module » Spam checker callbacks » Spam checker callbacks","id":"310","title":"Spam checker callbacks"},"311":{"body":"The available spam checker callbacks are:","breadcrumbs":"Configuration » Pluggable Modules » Writing a module » Spam checker callbacks » Callbacks","id":"311","title":"Callbacks"},"312":{"body":"First introduced in Synapse v1.37.0 Changed in Synapse v1.60.0: synapse.module_api.NOT_SPAM and synapse.module_api.errors.Codes can be returned by this callback. Returning a boolean or a string is now deprecated. async def check_event_for_spam(event: \"synapse.module_api.EventBase\") -> Union[\"synapse.module_api.NOT_SPAM\", \"synapse.module_api.errors.Codes\", str, bool] Called when receiving an event from a client or via federation. The callback must return one of: synapse.module_api.NOT_SPAM, to allow the operation. Other callbacks may still decide to reject it. synapse.module_api.errors.Codes to reject the operation with an error code. In case of doubt, synapse.module_api.errors.Codes.FORBIDDEN is a good error code. (deprecated) a non-Codes str to reject the operation and specify an error message. Note that clients typically will not localize the error message to the user's preferred locale. (deprecated) False, which is the same as returning synapse.module_api.NOT_SPAM. (deprecated) True, which is the same as returning synapse.module_api.errors.Codes.FORBIDDEN. If multiple modules implement this callback, they will be considered in order. If a callback returns synapse.module_api.NOT_SPAM, Synapse falls through to the next one. The value of the first callback that does not return synapse.module_api.NOT_SPAM will be used. If this happens, Synapse will not call any of the subsequent implementations of this callback.","breadcrumbs":"Configuration » Pluggable Modules » Writing a module » Spam checker callbacks » check_event_for_spam","id":"312","title":"check_event_for_spam"},"313":{"body":"First introduced in Synapse v1.37.0 async def user_may_join_room(user: str, room: str, is_invited: bool) -> bool Called when a user is trying to join a room. The module must return a bool to indicate whether the user can join the room. Return False to prevent the user from joining the room; otherwise return True to permit the joining. The user is represented by their Matrix user ID (e.g. @alice:example.com) and the room is represented by its Matrix ID (e.g. !room:example.com). The module is also given a boolean to indicate whether the user currently has a pending invite in the room. This callback isn't called if the join is performed by a server administrator, or in the context of a room creation. If multiple modules implement this callback, they will be considered in order. If a callback returns True, Synapse falls through to the next one. The value of the first callback that does not return True will be used. If this happens, Synapse will not call any of the subsequent implementations of this callback.","breadcrumbs":"Configuration » Pluggable Modules » Writing a module » Spam checker callbacks » user_may_join_room","id":"313","title":"user_may_join_room"},"314":{"body":"First introduced in Synapse v1.37.0 async def user_may_invite(inviter: str, invitee: str, room_id: str) -> bool Called when processing an invitation. The module must return a bool indicating whether the inviter can invite the invitee to the given room. Both inviter and invitee are represented by their Matrix user ID (e.g. @alice:example.com). Return False to prevent the invitation; otherwise return True to permit it. If multiple modules implement this callback, they will be considered in order. If a callback returns True, Synapse falls through to the next one. The value of the first callback that does not return True will be used. If this happens, Synapse will not call any of the subsequent implementations of this callback.","breadcrumbs":"Configuration » Pluggable Modules » Writing a module » Spam checker callbacks » user_may_invite","id":"314","title":"user_may_invite"},"315":{"body":"First introduced in Synapse v1.45.0 async def user_may_send_3pid_invite( inviter: str, medium: str, address: str, room_id: str,\n) -> bool Called when processing an invitation using a third-party identifier (also called a 3PID, e.g. an email address or a phone number). The module must return a bool indicating whether the inviter can invite the invitee to the given room. Return False to prevent the invitation; otherwise return True to permit it. The inviter is represented by their Matrix user ID (e.g. @alice:example.com), and the invitee is represented by its medium (e.g. \"email\") and its address (e.g. alice@example.com). See the Matrix specification for more information regarding third-party identifiers. For example, a call to this callback to send an invitation to the email address alice@example.com would look like this: await user_may_send_3pid_invite( \"@bob:example.com\", # The inviter's user ID \"email\", # The medium of the 3PID to invite \"alice@example.com\", # The address of the 3PID to invite \"!some_room:example.com\", # The ID of the room to send the invite into\n) Note : If the third-party identifier is already associated with a matrix user ID, user_may_invite will be used instead. If multiple modules implement this callback, they will be considered in order. If a callback returns True, Synapse falls through to the next one. The value of the first callback that does not return True will be used. If this happens, Synapse will not call any of the subsequent implementations of this callback.","breadcrumbs":"Configuration » Pluggable Modules » Writing a module » Spam checker callbacks » user_may_send_3pid_invite","id":"315","title":"user_may_send_3pid_invite"},"316":{"body":"First introduced in Synapse v1.37.0 async def user_may_create_room(user: str) -> bool Called when processing a room creation request. The module must return a bool indicating whether the given user (represented by their Matrix user ID) is allowed to create a room. Return False to prevent room creation; otherwise return True to permit it. If multiple modules implement this callback, they will be considered in order. If a callback returns True, Synapse falls through to the next one. The value of the first callback that does not return True will be used. If this happens, Synapse will not call any of the subsequent implementations of this callback.","breadcrumbs":"Configuration » Pluggable Modules » Writing a module » Spam checker callbacks » user_may_create_room","id":"316","title":"user_may_create_room"},"317":{"body":"First introduced in Synapse v1.37.0 async def user_may_create_room_alias(user: str, room_alias: \"synapse.types.RoomAlias\") -> bool Called when trying to associate an alias with an existing room. The module must return a bool indicating whether the given user (represented by their Matrix user ID) is allowed to set the given alias. Return False to prevent the alias creation; otherwise return True to permit it. If multiple modules implement this callback, they will be considered in order. If a callback returns True, Synapse falls through to the next one. The value of the first callback that does not return True will be used. If this happens, Synapse will not call any of the subsequent implementations of this callback.","breadcrumbs":"Configuration » Pluggable Modules » Writing a module » Spam checker callbacks » user_may_create_room_alias","id":"317","title":"user_may_create_room_alias"},"318":{"body":"First introduced in Synapse v1.37.0 async def user_may_publish_room(user: str, room_id: str) -> bool Called when trying to publish a room to the homeserver's public rooms directory. The module must return a bool indicating whether the given user (represented by their Matrix user ID) is allowed to publish the given room. Return False to prevent the room from being published; otherwise return True to permit its publication. If multiple modules implement this callback, they will be considered in order. If a callback returns True, Synapse falls through to the next one. The value of the first callback that does not return True will be used. If this happens, Synapse will not call any of the subsequent implementations of this callback.","breadcrumbs":"Configuration » Pluggable Modules » Writing a module » Spam checker callbacks » user_may_publish_room","id":"318","title":"user_may_publish_room"},"319":{"body":"First introduced in Synapse v1.37.0 async def check_username_for_spam(user_profile: synapse.module_api.UserProfile) -> bool Called when computing search results in the user directory. The module must return a bool indicating whether the given user should be excluded from user directory searches. Return True to indicate that the user is spammy and exclude them from search results; otherwise return False. The profile is represented as a dictionary with the following keys: user_id: str. The Matrix ID for this user. display_name: Optional[str]. The user's display name, or None if this user has not set a display name. avatar_url: Optional[str]. The mxc:// URL to the user's avatar, or None if this user has not set an avatar. The module is given a copy of the original dictionary, so modifying it from within the module cannot modify a user's profile when included in user directory search results. If multiple modules implement this callback, they will be considered in order. If a callback returns False, Synapse falls through to the next one. The value of the first callback that does not return False will be used. If this happens, Synapse will not call any of the subsequent implementations of this callback.","breadcrumbs":"Configuration » Pluggable Modules » Writing a module » Spam checker callbacks » check_username_for_spam","id":"319","title":"check_username_for_spam"},"32":{"body":"The HTTP configuration will need to be updated for Synapse to correctly record client IP addresses and generate redirect URLs while behind a reverse proxy. In homeserver.yaml set x_forwarded: true in the port 8008 section and consider setting bind_addresses: ['127.0.0.1'] so that the server only listens to traffic on localhost. (Do not change bind_addresses to 127.0.0.1 when using a containerized Synapse, as that will prevent it from responding to proxied traffic.)","breadcrumbs":"Configuring a Reverse Proxy » Homeserver Configuration","id":"32","title":"Homeserver Configuration"},"320":{"body":"First introduced in Synapse v1.37.0 async def check_registration_for_spam( email_threepid: Optional[dict], username: Optional[str], request_info: Collection[Tuple[str, str]], auth_provider_id: Optional[str] = None,\n) -> \"synapse.spam_checker_api.RegistrationBehaviour\" Called when registering a new user. The module must return a RegistrationBehaviour indicating whether the registration can go through or must be denied, or whether the user may be allowed to register but will be shadow banned. The arguments passed to this callback are: email_threepid: The email address used for registering, if any. username: The username the user would like to register. Can be None, meaning that Synapse will generate one later. request_info: A collection of tuples, which first item is a user agent, and which second item is an IP address. These user agents and IP addresses are the ones that were used during the registration process. auth_provider_id: The identifier of the SSO authentication provider, if any. If multiple modules implement this callback, they will be considered in order. If a callback returns RegistrationBehaviour.ALLOW, Synapse falls through to the next one. The value of the first callback that does not return RegistrationBehaviour.ALLOW will be used. If this happens, Synapse will not call any of the subsequent implementations of this callback.","breadcrumbs":"Configuration » Pluggable Modules » Writing a module » Spam checker callbacks » check_registration_for_spam","id":"320","title":"check_registration_for_spam"},"321":{"body":"First introduced in Synapse v1.37.0 async def check_media_file_for_spam( file_wrapper: \"synapse.rest.media.v1.media_storage.ReadableFileWrapper\", file_info: \"synapse.rest.media.v1._base.FileInfo\",\n) -> bool Called when storing a local or remote file. The module must return a bool indicating whether the given file should be excluded from the homeserver's media store. Return True to prevent this file from being stored; otherwise return False. If multiple modules implement this callback, they will be considered in order. If a callback returns False, Synapse falls through to the next one. The value of the first callback that does not return False will be used. If this happens, Synapse will not call any of the subsequent implementations of this callback.","breadcrumbs":"Configuration » Pluggable Modules » Writing a module » Spam checker callbacks » check_media_file_for_spam","id":"321","title":"check_media_file_for_spam"},"322":{"body":"First introduced in Synapse v1.60.0 async def should_drop_federated_event(event: \"synapse.events.EventBase\") -> bool Called when checking whether a remote server can federate an event with us. Returning True from this function will silently drop a federated event and split-brain our view of a room's DAG, and thus you shouldn't use this callback unless you know what you are doing. If multiple modules implement this callback, they will be considered in order. If a callback returns False, Synapse falls through to the next one. The value of the first callback that does not return False will be used. If this happens, Synapse will not call any of the subsequent implementations of this callback.","breadcrumbs":"Configuration » Pluggable Modules » Writing a module » Spam checker callbacks » should_drop_federated_event","id":"322","title":"should_drop_federated_event"},"323":{"body":"The example below is a module that implements the spam checker callback check_event_for_spam to deny any message sent by users whose Matrix user IDs are mentioned in a configured list, and registers a web resource to the path /_synapse/client/list_spam_checker/is_evil that returns a JSON object indicating whether the provided user appears in that list. import json\nfrom typing import Union from twisted.web.resource import Resource\nfrom twisted.web.server import Request from synapse.module_api import ModuleApi class IsUserEvilResource(Resource): def __init__(self, config): super(IsUserEvilResource, self).__init__() self.evil_users = config.get(\"evil_users\") or [] def render_GET(self, request: Request): user = request.args.get(b\"user\")[0].decode() request.setHeader(b\"Content-Type\", b\"application/json\") return json.dumps({\"evil\": user in self.evil_users}).encode() class ListSpamChecker: def __init__(self, config: dict, api: ModuleApi): self.api = api self.evil_users = config.get(\"evil_users\") or [] self.api.register_spam_checker_callbacks( check_event_for_spam=self.check_event_for_spam, ) self.api.register_web_resource( path=\"/_synapse/client/list_spam_checker/is_evil\", resource=IsUserEvilResource(config), ) async def check_event_for_spam(self, event: \"synapse.events.EventBase\") -> Union[bool, str]: return event.sender not in self.evil_users","breadcrumbs":"Configuration » Pluggable Modules » Writing a module » Spam checker callbacks » Example","id":"323","title":"Example"},"324":{"body":"Third party rules callbacks allow module developers to add extra checks to verify the validity of incoming events. Third party event rules callbacks can be registered using the module API's register_third_party_rules_callbacks method.","breadcrumbs":"Configuration » Pluggable Modules » Writing a module » Third-party rules callbacks » Third party rules callbacks","id":"324","title":"Third party rules callbacks"},"325":{"body":"The available third party rules callbacks are:","breadcrumbs":"Configuration » Pluggable Modules » Writing a module » Third-party rules callbacks » Callbacks","id":"325","title":"Callbacks"},"326":{"body":"First introduced in Synapse v1.39.0 async def check_event_allowed( event: \"synapse.events.EventBase\", state_events: \"synapse.types.StateMap\",\n) -> Tuple[bool, Optional[dict]] This callback is very experimental and can and will break without notice. Module developers are encouraged to implement check_event_for_spam from the spam checker category instead. Called when processing any incoming event, with the event and a StateMap representing the current state of the room the event is being sent into. A StateMap is a dictionary that maps tuples containing an event type and a state key to the corresponding state event. For example retrieving the room's m.room.create event from the state_events argument would look like this: state_events.get((\"m.room.create\", \"\")). The module must return a boolean indicating whether the event can be allowed. Note that this callback function processes incoming events coming via federation traffic (on top of client traffic). This means denying an event might cause the local copy of the room's history to diverge from that of remote servers. This may cause federation issues in the room. It is strongly recommended to only deny events using this callback function if the sender is a local user, or in a private federation in which all servers are using the same module, with the same configuration. If the boolean returned by the module is True, it may also tell Synapse to replace the event with new data by returning the new event's data as a dictionary. In order to do that, it is recommended the module calls event.get_dict() to get the current event as a dictionary, and modify the returned dictionary accordingly. If check_event_allowed raises an exception, the module is assumed to have failed. The event will not be accepted but is not treated as explicitly rejected, either. An HTTP request causing the module check will likely result in a 500 Internal Server Error. When the boolean returned by the module is False, the event is rejected. (Module developers should not use exceptions for rejection.) Note that replacing the event only works for events sent by local users, not for events received over federation. If multiple modules implement this callback, they will be considered in order. If a callback returns True, Synapse falls through to the next one. The value of the first callback that does not return True will be used. If this happens, Synapse will not call any of the subsequent implementations of this callback.","breadcrumbs":"Configuration » Pluggable Modules » Writing a module » Third-party rules callbacks » check_event_allowed","id":"326","title":"check_event_allowed"},"327":{"body":"First introduced in Synapse v1.39.0 async def on_create_room( requester: \"synapse.types.Requester\", request_content: dict, is_requester_admin: bool,\n) -> None Called when processing a room creation request, with the Requester object for the user performing the request, a dictionary representing the room creation request's JSON body (see the spec for a list of possible parameters), and a boolean indicating whether the user performing the request is a server admin. Modules can modify the request_content (by e.g. adding events to its initial_state), or deny the room's creation by raising a module_api.errors.SynapseError. If multiple modules implement this callback, they will be considered in order. If a callback returns without raising an exception, Synapse falls through to the next one. The room creation will be forbidden as soon as one of the callbacks raises an exception. If this happens, Synapse will not call any of the subsequent implementations of this callback.","breadcrumbs":"Configuration » Pluggable Modules » Writing a module » Third-party rules callbacks » on_create_room","id":"327","title":"on_create_room"},"328":{"body":"First introduced in Synapse v1.39.0 async def check_threepid_can_be_invited( medium: str, address: str, state_events: \"synapse.types.StateMap\",\n) -> bool: Called when processing an invite via a third-party identifier (i.e. email or phone number). The module must return a boolean indicating whether the invite can go through. If multiple modules implement this callback, they will be considered in order. If a callback returns True, Synapse falls through to the next one. The value of the first callback that does not return True will be used. If this happens, Synapse will not call any of the subsequent implementations of this callback.","breadcrumbs":"Configuration » Pluggable Modules » Writing a module » Third-party rules callbacks » check_threepid_can_be_invited","id":"328","title":"check_threepid_can_be_invited"},"329":{"body":"First introduced in Synapse v1.39.0 async def check_visibility_can_be_modified( room_id: str, state_events: \"synapse.types.StateMap\", new_visibility: str,\n) -> bool: Called when changing the visibility of a room in the local public room directory. The visibility is a string that's either \"public\" or \"private\". The module must return a boolean indicating whether the change can go through. If multiple modules implement this callback, they will be considered in order. If a callback returns True, Synapse falls through to the next one. The value of the first callback that does not return True will be used. If this happens, Synapse will not call any of the subsequent implementations of this callback.","breadcrumbs":"Configuration » Pluggable Modules » Writing a module » Third-party rules callbacks » check_visibility_can_be_modified","id":"329","title":"check_visibility_can_be_modified"},"33":{"body":"NOTE : You only need one of these.","breadcrumbs":"Configuring a Reverse Proxy » Reverse-proxy configuration examples","id":"33","title":"Reverse-proxy configuration examples"},"330":{"body":"First introduced in Synapse v1.47.0 async def on_new_event( event: \"synapse.events.EventBase\", state_events: \"synapse.types.StateMap\",\n) -> None: Called after sending an event into a room. The module is passed the event, as well as the state of the room after the event. This means that if the event is a state event, it will be included in this state. Note that this callback is called when the event has already been processed and stored into the room, which means this callback cannot be used to deny persisting the event. To deny an incoming event, see check_event_for_spam instead. If multiple modules implement this callback, Synapse runs them all in order.","breadcrumbs":"Configuration » Pluggable Modules » Writing a module » Third-party rules callbacks » on_new_event","id":"330","title":"on_new_event"},"331":{"body":"First introduced in Synapse v1.55.0 async def check_can_shutdown_room( user_id: str, room_id: str,\n) -> bool: Called when an admin user requests the shutdown of a room. The module must return a boolean indicating whether the shutdown can go through. If the callback returns False, the shutdown will not proceed and the caller will see a M_FORBIDDEN error. If multiple modules implement this callback, they will be considered in order. If a callback returns True, Synapse falls through to the next one. The value of the first callback that does not return True will be used. If this happens, Synapse will not call any of the subsequent implementations of this callback.","breadcrumbs":"Configuration » Pluggable Modules » Writing a module » Third-party rules callbacks » check_can_shutdown_room","id":"331","title":"check_can_shutdown_room"},"332":{"body":"First introduced in Synapse v1.55.0 async def check_can_deactivate_user( user_id: str, by_admin: bool,\n) -> bool: Called when the deactivation of a user is requested. User deactivation can be performed by an admin or the user themselves, so developers are encouraged to check the requester when implementing this callback. The module must return a boolean indicating whether the deactivation can go through. If the callback returns False, the deactivation will not proceed and the caller will see a M_FORBIDDEN error. The module is passed two parameters, user_id which is the ID of the user being deactivated, and by_admin which is True if the request is made by a serve admin, and False otherwise. If multiple modules implement this callback, they will be considered in order. If a callback returns True, Synapse falls through to the next one. The value of the first callback that does not return True will be used. If this happens, Synapse will not call any of the subsequent implementations of this callback.","breadcrumbs":"Configuration » Pluggable Modules » Writing a module » Third-party rules callbacks » check_can_deactivate_user","id":"332","title":"check_can_deactivate_user"},"333":{"body":"First introduced in Synapse v1.54.0 async def on_profile_update( user_id: str, new_profile: \"synapse.module_api.ProfileInfo\", by_admin: bool, deactivation: bool,\n) -> None: Called after updating a local user's profile. The update can be triggered either by the user themselves or a server admin. The update can also be triggered by a user being deactivated (in which case their display name is set to an empty string (\"\") and the avatar URL is set to None). The module is passed the Matrix ID of the user whose profile has been updated, their new profile, as well as a by_admin boolean that is True if the update was triggered by a server admin (and False otherwise), and a deactivated boolean that is True if the update is a result of the user being deactivated. Note that the by_admin boolean is also True if the profile change happens as a result of the user logging in through Single Sign-On, or if a server admin updates their own profile. Per-room profile changes do not trigger this callback to be called. Synapse administrators wishing this callback to be called on every profile change are encouraged to disable per-room profiles globally using the allow_per_room_profiles configuration setting in Synapse's configuration file. This callback is not called when registering a user, even when setting it through the get_displayname_for_registration module callback. If multiple modules implement this callback, Synapse runs them all in order.","breadcrumbs":"Configuration » Pluggable Modules » Writing a module » Third-party rules callbacks » on_profile_update","id":"333","title":"on_profile_update"},"334":{"body":"First introduced in Synapse v1.54.0 async def on_user_deactivation_status_changed( user_id: str, deactivated: bool, by_admin: bool\n) -> None: Called after deactivating a local user, or reactivating them through the admin API. The deactivation can be triggered either by the user themselves or a server admin. The module is passed the Matrix ID of the user whose status is changed, as well as a deactivated boolean that is True if the user is being deactivated and False if they're being reactivated, and a by_admin boolean that is True if the deactivation was triggered by a server admin (and False otherwise). This latter by_admin boolean is always True if the user is being reactivated, as this operation can only be performed through the admin API. If multiple modules implement this callback, Synapse runs them all in order.","breadcrumbs":"Configuration » Pluggable Modules » Writing a module » Third-party rules callbacks » on_user_deactivation_status_changed","id":"334","title":"on_user_deactivation_status_changed"},"335":{"body":"First introduced in Synapse v1.56.0 async def on_threepid_bind(user_id: str, medium: str, address: str) -> None: Called after creating an association between a local user and a third-party identifier (email address, phone number). The module is given the Matrix ID of the user the association is for, as well as the medium (email or msisdn) and address of the third-party identifier. Note that this callback is not called after a successful association on an identity server . If multiple modules implement this callback, Synapse runs them all in order.","breadcrumbs":"Configuration » Pluggable Modules » Writing a module » Third-party rules callbacks » on_threepid_bind","id":"335","title":"on_threepid_bind"},"336":{"body":"The example below is a module that implements the third-party rules callback check_event_allowed to censor incoming messages as dictated by a third-party service. from typing import Optional, Tuple from synapse.module_api import ModuleApi _DEFAULT_CENSOR_ENDPOINT = \"https://my-internal-service.local/censor-event\" class EventCensorer: def __init__(self, config: dict, api: ModuleApi): self.api = api self._endpoint = config.get(\"endpoint\", _DEFAULT_CENSOR_ENDPOINT) self.api.register_third_party_rules_callbacks( check_event_allowed=self.check_event_allowed, ) async def check_event_allowed( self, event: \"synapse.events.EventBase\", state_events: \"synapse.types.StateMap\", ) -> Tuple[bool, Optional[dict]]: event_dict = event.get_dict() new_event_content = await self.api.http_client.post_json_get_json( uri=self._endpoint, post_json=event_dict, ) event_dict[\"content\"] = new_event_content return event_dict","breadcrumbs":"Configuration » Pluggable Modules » Writing a module » Third-party rules callbacks » Example","id":"336","title":"Example"},"337":{"body":"Presence router callbacks allow module developers to specify additional users (local or remote) to receive certain presence updates from local users. Presence router callbacks can be registered using the module API's register_presence_router_callbacks method.","breadcrumbs":"Configuration » Pluggable Modules » Writing a module » Presence router callbacks » Presence router callbacks","id":"337","title":"Presence router callbacks"},"338":{"body":"The available presence router callbacks are:","breadcrumbs":"Configuration » Pluggable Modules » Writing a module » Presence router callbacks » Callbacks","id":"338","title":"Callbacks"},"339":{"body":"First introduced in Synapse v1.42.0 async def get_users_for_states( state_updates: Iterable[\"synapse.api.UserPresenceState\"],\n) -> Dict[str, Set[\"synapse.api.UserPresenceState\"]] Requires get_interested_users to also be registered Called when processing updates to the presence state of one or more users. This callback can be used to instruct the server to forward that presence state to specific users. The module must return a dictionary that maps from Matrix user IDs (which can be local or remote) to the UserPresenceState changes that they should be forwarded. Synapse will then attempt to send the specified presence updates to each user when possible. If multiple modules implement this callback, Synapse merges all the dictionaries returned by the callbacks. If multiple callbacks return a dictionary containing the same key, Synapse concatenates the sets associated with this key from each dictionary.","breadcrumbs":"Configuration » Pluggable Modules » Writing a module » Presence router callbacks » get_users_for_states","id":"339","title":"get_users_for_states"},"34":{"body":"server { listen 443 ssl http2; listen [::]:443 ssl http2; # For the federation port listen 8448 ssl http2 default_server; listen [::]:8448 ssl http2 default_server; server_name matrix.example.com; location ~ ^(/_matrix|/_synapse/client) { # note: do not add a path (even a single /) after the port in `proxy_pass`, # otherwise nginx will canonicalise the URI and cause signature verification # errors. proxy_pass http://localhost:8008; proxy_set_header X-Forwarded-For $remote_addr; proxy_set_header X-Forwarded-Proto $scheme; proxy_set_header Host $host; # Nginx by default only allows file uploads up to 1M in size # Increase client_max_body_size to match max_upload_size defined in homeserver.yaml client_max_body_size 50M; }\n}","breadcrumbs":"Configuring a Reverse Proxy » nginx","id":"34","title":"nginx"},"340":{"body":"First introduced in Synapse v1.42.0 async def get_interested_users( user_id: str\n) -> Union[Set[str], \"synapse.module_api.PRESENCE_ALL_USERS\"] Requires get_users_for_states to also be registered Called when determining which users someone should be able to see the presence state of. This callback should return complementary results to get_users_for_state or the presence information may not be properly forwarded. The callback is given the Matrix user ID for a local user that is requesting presence data and should return the Matrix user IDs of the users whose presence state they are allowed to query. The returned users can be local or remote. Alternatively the callback can return synapse.module_api.PRESENCE_ALL_USERS to indicate that the user should receive updates from all known users. If multiple modules implement this callback, they will be considered in order. Synapse calls each callback one by one, and use a concatenation of all the sets returned by the callbacks. If one callback returns synapse.module_api.PRESENCE_ALL_USERS, Synapse uses this value instead. If this happens, Synapse does not call any of the subsequent implementations of this callback.","breadcrumbs":"Configuration » Pluggable Modules » Writing a module » Presence router callbacks » get_interested_users","id":"340","title":"get_interested_users"},"341":{"body":"The example below is a module that implements both presence router callbacks, and ensures that @alice:example.org receives all presence updates from @bob:example.com and @charlie:somewhere.org, regardless of whether Alice shares a room with any of them. from typing import Dict, Iterable, Set, Union from synapse.module_api import ModuleApi class CustomPresenceRouter: def __init__(self, config: dict, api: ModuleApi): self.api = api self.api.register_presence_router_callbacks( get_users_for_states=self.get_users_for_states, get_interested_users=self.get_interested_users, ) async def get_users_for_states( self, state_updates: Iterable[\"synapse.api.UserPresenceState\"], ) -> Dict[str, Set[\"synapse.api.UserPresenceState\"]]: res = {} for update in state_updates: if ( update.user_id == \"@bob:example.com\" or update.user_id == \"@charlie:somewhere.org\" ): res.setdefault(\"@alice:example.com\", set()).add(update) return res async def get_interested_users( self, user_id: str, ) -> Union[Set[str], \"synapse.module_api.PRESENCE_ALL_USERS\"]: if user_id == \"@alice:example.com\": return {\"@bob:example.com\", \"@charlie:somewhere.org\"} return set()","breadcrumbs":"Configuration » Pluggable Modules » Writing a module » Presence router callbacks » Example","id":"341","title":"Example"},"342":{"body":"Account validity callbacks allow module developers to add extra steps to verify the validity on an account, i.e. see if a user can be granted access to their account on the Synapse instance. Account validity callbacks can be registered using the module API's register_account_validity_callbacks method. The available account validity callbacks are:","breadcrumbs":"Configuration » Pluggable Modules » Writing a module » Account validity callbacks » Account validity callbacks","id":"342","title":"Account validity callbacks"},"343":{"body":"First introduced in Synapse v1.39.0 async def is_user_expired(user: str) -> Optional[bool] Called when processing any authenticated request (except for logout requests). The module can return a bool to indicate whether the user has expired and should be locked out of their account, or None if the module wasn't able to figure it out. The user is represented by their Matrix user ID (e.g. @alice:example.com). If the module returns True, the current request will be denied with the error code ORG_MATRIX_EXPIRED_ACCOUNT and the HTTP status code 403. Note that this doesn't invalidate the user's access token. If multiple modules implement this callback, they will be considered in order. If a callback returns None, Synapse falls through to the next one. The value of the first callback that does not return None will be used. If this happens, Synapse will not call any of the subsequent implementations of this callback.","breadcrumbs":"Configuration » Pluggable Modules » Writing a module » Account validity callbacks » is_user_expired","id":"343","title":"is_user_expired"},"344":{"body":"First introduced in Synapse v1.39.0 async def on_user_registration(user: str) -> None Called after successfully registering a user, in case the module needs to perform extra operations to keep track of them. (e.g. add them to a database table). The user is represented by their Matrix user ID. If multiple modules implement this callback, Synapse runs them all in order.","breadcrumbs":"Configuration » Pluggable Modules » Writing a module » Account validity callbacks » on_user_registration","id":"344","title":"on_user_registration"},"345":{"body":"Password auth providers offer a way for server administrators to integrate their Synapse installation with an external authentication system. The callbacks can be registered by using the Module API's register_password_auth_provider_callbacks method.","breadcrumbs":"Configuration » Pluggable Modules » Writing a module » Password auth provider callbacks » Password auth provider callbacks","id":"345","title":"Password auth provider callbacks"},"346":{"body":"","breadcrumbs":"Configuration » Pluggable Modules » Writing a module » Password auth provider callbacks » Callbacks","id":"346","title":"Callbacks"},"347":{"body":"First introduced in Synapse v1.46.0 auth_checkers: Dict[Tuple[str, Tuple[str, ...]], Callable] A dict mapping from tuples of a login type identifier (such as m.login.password) and a tuple of field names (such as (\"password\", \"secret_thing\")) to authentication checking callbacks, which should be of the following form: async def check_auth( user: str, login_type: str, login_dict: \"synapse.module_api.JsonDict\",\n) -> Optional[ Tuple[ str, Optional[Callable[[\"synapse.module_api.LoginResponse\"], Awaitable[None]]] ]\n] The login type and field names should be provided by the user in the request to the /login API. The Matrix specification defines some types, however user defined ones are also allowed. The callback is passed the user field provided by the client (which might not be in @username:server form), the login type, and a dictionary of login secrets passed by the client. If the authentication is successful, the module must return the user's Matrix ID (e.g. @alice:example.com) and optionally a callback to be called with the response to the /login request. If the module doesn't wish to return a callback, it must return None instead. If the authentication is unsuccessful, the module must return None. If multiple modules register an auth checker for the same login type but with different fields, Synapse will refuse to start. If multiple modules register an auth checker for the same login type with the same fields, then the callbacks will be executed in order, until one returns a Matrix User ID (and optionally a callback). In that case, the return value of that callback will be accepted and subsequent callbacks will not be fired. If every callback returns None, then the authentication fails.","breadcrumbs":"Configuration » Pluggable Modules » Writing a module » Password auth provider callbacks » auth_checkers","id":"347","title":"auth_checkers"},"348":{"body":"First introduced in Synapse v1.46.0 async def check_3pid_auth( medium: str, address: str, password: str,\n) -> Optional[ Tuple[ str, Optional[Callable[[\"synapse.module_api.LoginResponse\"], Awaitable[None]]] ]\n] Called when a user attempts to register or log in with a third party identifier, such as email. It is passed the medium (eg. email), an address (eg. jdoe@example.com) and the user's password. If the authentication is successful, the module must return the user's Matrix ID (e.g. @alice:example.com) and optionally a callback to be called with the response to the /login request. If the module doesn't wish to return a callback, it must return None instead. If the authentication is unsuccessful, the module must return None. If multiple modules implement this callback, they will be considered in order. If a callback returns None, Synapse falls through to the next one. The value of the first callback that does not return None will be used. If this happens, Synapse will not call any of the subsequent implementations of this callback. If every callback returns None, the authentication is denied.","breadcrumbs":"Configuration » Pluggable Modules » Writing a module » Password auth provider callbacks » check_3pid_auth","id":"348","title":"check_3pid_auth"},"349":{"body":"First introduced in Synapse v1.46.0 async def on_logged_out( user_id: str, device_id: Optional[str], access_token: str\n) -> None Called during a logout request for a user. It is passed the qualified user ID, the ID of the deactivated device (if any: access tokens are occasionally created without an associated device ID), and the (now deactivated) access token. If multiple modules implement this callback, Synapse runs them all in order.","breadcrumbs":"Configuration » Pluggable Modules » Writing a module » Password auth provider callbacks » on_logged_out","id":"349","title":"on_logged_out"},"35":{"body":"matrix.example.com { proxy /_matrix http://localhost:8008 { transparent } proxy /_synapse/client http://localhost:8008 { transparent }\n} example.com:8448 { proxy / http://localhost:8008 { transparent }\n}","breadcrumbs":"Configuring a Reverse Proxy » Caddy v1","id":"35","title":"Caddy v1"},"350":{"body":"First introduced in Synapse v1.52.0 async def get_username_for_registration( uia_results: Dict[str, Any], params: Dict[str, Any],\n) -> Optional[str] Called when registering a new user. The module can return a username to set for the user being registered by returning it as a string, or None if it doesn't wish to force a username for this user. If a username is returned, it will be used as the local part of a user's full Matrix ID (e.g. it's alice in @alice:example.com). This callback is called once User-Interactive Authentication has been completed by the user. It is not called when registering a user via SSO. It is passed two dictionaries, which include the information that the user has provided during the registration process. The first dictionary contains the results of the User-Interactive Authentication flow followed by the user. Its keys are the identifiers of every step involved in the flow, associated with either a boolean value indicating whether the step was correctly completed, or additional information (e.g. email address, phone number...). A list of most existing identifiers can be found in the Matrix specification . Here's an example featuring all currently supported keys: { \"m.login.dummy\": True, # Dummy authentication \"m.login.terms\": True, # User has accepted the terms of service for the homeserver \"m.login.recaptcha\": True, # User has completed the recaptcha challenge \"m.login.email.identity\": { # User has provided and verified an email address \"medium\": \"email\", \"address\": \"alice@example.com\", \"validated_at\": 1642701357084, }, \"m.login.msisdn\": { # User has provided and verified a phone number \"medium\": \"msisdn\", \"address\": \"33123456789\", \"validated_at\": 1642701357084, }, \"m.login.registration_token\": \"sometoken\", # User has registered through a registration token\n} The second dictionary contains the parameters provided by the user's client in the request to /_matrix/client/v3/register. See the Matrix specification for a complete list of these parameters. If the module cannot, or does not wish to, generate a username for this user, it must return None. If multiple modules implement this callback, they will be considered in order. If a callback returns None, Synapse falls through to the next one. The value of the first callback that does not return None will be used. If this happens, Synapse will not call any of the subsequent implementations of this callback. If every callback returns None, the username provided by the user is used, if any (otherwise one is automatically generated).","breadcrumbs":"Configuration » Pluggable Modules » Writing a module » Password auth provider callbacks » get_username_for_registration","id":"350","title":"get_username_for_registration"},"351":{"body":"First introduced in Synapse v1.54.0 async def get_displayname_for_registration( uia_results: Dict[str, Any], params: Dict[str, Any],\n) -> Optional[str] Called when registering a new user. The module can return a display name to set for the user being registered by returning it as a string, or None if it doesn't wish to force a display name for this user. This callback is called once User-Interactive Authentication has been completed by the user. It is not called when registering a user via SSO. It is passed two dictionaries, which include the information that the user has provided during the registration process. These dictionaries are identical to the ones passed to get_username_for_registration , so refer to the documentation of this callback for more information about them. If multiple modules implement this callback, they will be considered in order. If a callback returns None, Synapse falls through to the next one. The value of the first callback that does not return None will be used. If this happens, Synapse will not call any of the subsequent implementations of this callback. If every callback returns None, the username will be used (e.g. alice if the user being registered is @alice:example.com).","breadcrumbs":"Configuration » Pluggable Modules » Writing a module » Password auth provider callbacks » get_displayname_for_registration","id":"351","title":"get_displayname_for_registration"},"352":{"body":"First introduced in Synapse v1.53.0 async def is_3pid_allowed(self, medium: str, address: str, registration: bool) -> bool Called when attempting to bind a third-party identifier (i.e. an email address or a phone number). The module is given the medium of the third-party identifier (which is email if the identifier is an email address, or msisdn if the identifier is a phone number) and its address, as well as a boolean indicating whether the attempt to bind is happening as part of registering a new user. The module must return a boolean indicating whether the identifier can be allowed to be bound to an account on the local homeserver. If multiple modules implement this callback, they will be considered in order. If a callback returns True, Synapse falls through to the next one. The value of the first callback that does not return True will be used. If this happens, Synapse will not call any of the subsequent implementations of this callback.","breadcrumbs":"Configuration » Pluggable Modules » Writing a module » Password auth provider callbacks » is_3pid_allowed","id":"352","title":"is_3pid_allowed"},"353":{"body":"The example module below implements authentication checkers for two different login types: my.login.type Expects a my_field field to be sent to /login Is checked by the method: self.check_my_login m.login.password (defined in the spec ) Expects a password field to be sent to /login Is checked by the method: self.check_pass from typing import Awaitable, Callable, Optional, Tuple import synapse\nfrom synapse import module_api class MyAuthProvider: def __init__(self, config: dict, api: module_api): self.api = api self.credentials = { \"bob\": \"building\", \"@scoop:matrix.org\": \"digging\", } api.register_password_auth_provider_callbacks( auth_checkers={ (\"my.login_type\", (\"my_field\",)): self.check_my_login, (\"m.login.password\", (\"password\",)): self.check_pass, }, ) async def check_my_login( self, username: str, login_type: str, login_dict: \"synapse.module_api.JsonDict\", ) -> Optional[ Tuple[ str, Optional[Callable[[\"synapse.module_api.LoginResponse\"], Awaitable[None]]], ] ]: if login_type != \"my.login_type\": return None if self.credentials.get(username) == login_dict.get(\"my_field\"): return self.api.get_qualified_user_id(username) async def check_pass( self, username: str, login_type: str, login_dict: \"synapse.module_api.JsonDict\", ) -> Optional[ Tuple[ str, Optional[Callable[[\"synapse.module_api.LoginResponse\"], Awaitable[None]]], ] ]: if login_type != \"m.login.password\": return None if self.credentials.get(username) == login_dict.get(\"password\"): return self.api.get_qualified_user_id(username)","breadcrumbs":"Configuration » Pluggable Modules » Writing a module » Password auth provider callbacks » Example","id":"353","title":"Example"},"354":{"body":"Background update controller callbacks allow module developers to control (e.g. rate-limit) how database background updates are run. A database background update is an operation Synapse runs on its database in the background after it starts. It's usually used to run database operations that would take too long if they were run at the same time as schema updates (which are run on startup) and delay Synapse's startup too much: populating a table with a big amount of data, adding an index on a big table, deleting superfluous data, etc. Background update controller callbacks can be registered using the module API's register_background_update_controller_callbacks method. Only the first module (in order of appearance in Synapse's configuration file) calling this method can register background update controller callbacks, subsequent calls are ignored. The available background update controller callbacks are:","breadcrumbs":"Configuration » Pluggable Modules » Writing a module » Background update controller callbacks » Background update controller callbacks","id":"354","title":"Background update controller callbacks"},"355":{"body":"First introduced in Synapse v1.49.0 def on_update(update_name: str, database_name: str, one_shot: bool) -> AsyncContextManager[int] Called when about to do an iteration of a background update. The module is given the name of the update, the name of the database, and a flag to indicate whether the background update will happen in one go and may take a long time (e.g. creating indices). If this last argument is set to False, the update will be run in batches. The module must return an async context manager. It will be entered before Synapse runs a background update; this should return the desired duration of the iteration, in milliseconds. The context manager will be exited when the iteration completes. Note that the duration returned by the context manager is a target, and an iteration may take substantially longer or shorter. If the one_shot flag is set to True, the duration returned is ignored. Note : Unlike most module callbacks in Synapse, this one is synchronous . This is because asynchronous operations are expected to be run by the async context manager. This callback is required when registering any other background update controller callback.","breadcrumbs":"Configuration » Pluggable Modules » Writing a module » Background update controller callbacks » on_update","id":"355","title":"on_update"},"356":{"body":"First introduced in Synapse v1.49.0 async def default_batch_size(update_name: str, database_name: str) -> int Called before the first iteration of a background update, with the name of the update and of the database. The module must return the number of elements to process in this first iteration. If this callback is not defined, Synapse will use a default value of 100.","breadcrumbs":"Configuration » Pluggable Modules » Writing a module » Background update controller callbacks » default_batch_size","id":"356","title":"default_batch_size"},"357":{"body":"First introduced in Synapse v1.49.0 async def min_batch_size(update_name: str, database_name: str) -> int Called before running a new batch for a background update, with the name of the update and of the database. The module must return an integer representing the minimum number of elements to process in this iteration. This number must be at least 1, and is used to ensure that progress is always made. If this callback is not defined, Synapse will use a default value of 100.","breadcrumbs":"Configuration » Pluggable Modules » Writing a module » Background update controller callbacks » min_batch_size","id":"357","title":"min_batch_size"},"358":{"body":"Account data callbacks allow module developers to react to changes of the account data of local users. Account data callbacks can be registered using the module API's register_account_data_callbacks method.","breadcrumbs":"Configuration » Pluggable Modules » Writing a module » Account data callbacks » Account data callbacks","id":"358","title":"Account data callbacks"},"359":{"body":"The available account data callbacks are:","breadcrumbs":"Configuration » Pluggable Modules » Writing a module » Account data callbacks » Callbacks","id":"359","title":"Callbacks"},"36":{"body":"matrix.example.com { reverse_proxy /_matrix/* http://localhost:8008 reverse_proxy /_synapse/client/* http://localhost:8008\n} example.com:8448 { reverse_proxy http://localhost:8008\n} Delegation example: (matrix-well-known-header) { # Headers header Access-Control-Allow-Origin \"*\" header Access-Control-Allow-Methods \"GET, POST, PUT, DELETE, OPTIONS\" header Access-Control-Allow-Headers \"Origin, X-Requested-With, Content-Type, Accept, Authorization\" header Content-Type \"application/json\"\n} example.com { handle /.well-known/matrix/server { import matrix-well-known-header respond `{\"m.server\":\"matrix.example.com:443\"}` } handle /.well-known/matrix/client { import matrix-well-known-header respond `{\"m.homeserver\":{\"base_url\":\"https://matrix.example.com\"},\"m.identity_server\":{\"base_url\":\"https://identity.example.com\"}}` }\n} matrix.example.com { reverse_proxy /_matrix/* http://localhost:8008 reverse_proxy /_synapse/client/* http://localhost:8008\n}","breadcrumbs":"Configuring a Reverse Proxy » Caddy v2","id":"36","title":"Caddy v2"},"360":{"body":"First introduced in Synapse v1.57.0 async def on_account_data_updated( user_id: str, room_id: Optional[str], account_data_type: str, content: \"synapse.module_api.JsonDict\",\n) -> None: Called after user's account data has been updated. The module is given the Matrix ID of the user whose account data is changing, the room ID the data is associated with, the type associated with the change, as well as the new content. If the account data is not associated with a specific room, then the room ID is None. This callback is triggered when new account data is added or when the data associated with a given type (and optionally room) changes. This includes deletion, since in Matrix, deleting account data consists of replacing the data associated with a given type (and optionally room) with an empty dictionary ({}). Note that this doesn't trigger when changing the tags associated with a room, as these are processed separately by Synapse. If multiple modules implement this callback, Synapse runs them all in order.","breadcrumbs":"Configuration » Pluggable Modules » Writing a module » Account data callbacks » on_account_data_updated","id":"360","title":"on_account_data_updated"},"361":{"body":"The example below is a module that implements the on_account_data_updated callback, and sends an event to an audit room when a user changes their account data. import json\nimport attr\nfrom typing import Any, Dict, Optional from synapse.module_api import JsonDict, ModuleApi\nfrom synapse.module_api.errors import ConfigError @attr.s(auto_attribs=True)\nclass CustomAccountDataConfig: audit_room: str sender: str class CustomAccountDataModule: def __init__(self, config: CustomAccountDataConfig, api: ModuleApi): self.api = api self.config = config self.api.register_account_data_callbacks( on_account_data_updated=self.log_new_account_data, ) @staticmethod def parse_config(config: Dict[str, Any]) -> CustomAccountDataConfig: def check_in_config(param: str): if param not in config: raise ConfigError(f\"'{param}' is required\") check_in_config(\"audit_room\") check_in_config(\"sender\") return CustomAccountDataConfig( audit_room=config[\"audit_room\"], sender=config[\"sender\"], ) async def log_new_account_data( self, user_id: str, room_id: Optional[str], account_data_type: str, content: JsonDict, ) -> None: content_raw = json.dumps(content) msg_content = f\"{user_id} has changed their account data for type {account_data_type} to: {content_raw}\" if room_id is not None: msg_content += f\" (in room {room_id})\" await self.api.create_and_send_event_into_room( { \"room_id\": self.config.audit_room, \"sender\": self.config.sender, \"type\": \"m.room.message\", \"content\": { \"msgtype\": \"m.text\", \"body\": msg_content } } )","breadcrumbs":"Configuration » Pluggable Modules » Writing a module » Account data callbacks » Example","id":"361","title":"Example"},"362":{"body":"In order to port a module that uses Synapse's old module interface, its author needs to: ensure the module's callbacks are all asynchronous. register their callbacks using one or more of the register_[...]_callbacks methods from the ModuleApi class in the module's __init__ method (see this section for more info). Additionally, if the module is packaged with an additional web resource, the module should register this resource in its __init__ method using the register_web_resource method from the ModuleApi class (see this section for more info). There is no longer a get_db_schema_files callback provided for password auth provider modules. Any changes to the database should now be made by the module using the module API class. The module's author should also update any example in the module's configuration to only use the new modules section in Synapse's configuration file (see this section for more info).","breadcrumbs":"Configuration » Pluggable Modules » Writing a module » Porting a legacy module to the new interface » Porting an existing module that uses the old interface","id":"362","title":"Porting an existing module that uses the old interface"},"363":{"body":"For small instances it is recommended to run Synapse in the default monolith mode. For larger instances where performance is a concern it can be helpful to split out functionality into multiple separate python processes. These processes are called 'workers', and are (eventually) intended to scale horizontally independently. Synapse's worker support is under active development and subject to change as we attempt to rapidly scale ever larger Synapse instances. However we are documenting it here to help admins needing a highly scalable Synapse instance similar to the one running matrix.org. All processes continue to share the same database instance, and as such, workers only work with PostgreSQL-based Synapse deployments. SQLite should only be used for demo purposes and any admin considering workers should already be running PostgreSQL. See also Matrix.org blog post for a higher level overview.","breadcrumbs":"Configuration » Workers » Scaling synapse via workers","id":"363","title":"Scaling synapse via workers"},"364":{"body":"The processes communicate with each other via a Synapse-specific protocol called 'replication' (analogous to MySQL- or Postgres-style database replication) which feeds streams of newly written data between processes so they can be kept in sync with the database state. When configured to do so, Synapse uses a Redis pub/sub channel to send the replication stream between all configured Synapse processes. Additionally, processes may make HTTP requests to each other, primarily for operations which need to wait for a reply ─ such as sending an event. Redis support was added in v1.13.0 with it becoming the recommended method in v1.18.0. It replaced the old direct TCP connections (which is deprecated as of v1.18.0) to the main process. With Redis, rather than all the workers connecting to the main process, all the workers and the main process connect to Redis, which relays replication commands between processes. This can give a significant cpu saving on the main process and will be a prerequisite for upcoming performance improvements. If Redis support is enabled Synapse will use it as a shared cache, as well as a pub/sub mechanism. See the Architectural diagram section at the end for a visualisation of what this looks like.","breadcrumbs":"Configuration » Workers » Main process/worker communication","id":"364","title":"Main process/worker communication"},"365":{"body":"A Redis server is required to manage the communication between the processes. The Redis server should be installed following the normal procedure for your distribution (e.g. apt install redis-server on Debian). It is safe to use an existing Redis deployment if you have one. Once installed, check that Redis is running and accessible from the host running Synapse, for example by executing echo PING | nc -q1 localhost 6379 and seeing a response of +PONG. The appropriate dependencies must also be installed for Synapse. If using a virtualenv, these can be installed with: pip install \"matrix-synapse[redis]\" Note that these dependencies are included when synapse is installed with pip install matrix-synapse[all]. They are also included in the debian packages from matrix.org and in the docker images at https://hub.docker.com/r/matrixdotorg/synapse/. To make effective use of the workers, you will need to configure an HTTP reverse-proxy such as nginx or haproxy, which will direct incoming requests to the correct worker, or to the main synapse instance. See the reverse proxy documentation for information on setting up a reverse proxy. When using workers, each worker process has its own configuration file which contains settings specific to that worker, such as the HTTP listener that it provides (if any), logging configuration, etc. Normally, the worker processes are configured to read from a shared configuration file as well as the worker-specific configuration files. This makes it easier to keep common configuration settings synchronised across all the processes. The main process is somewhat special in this respect: it does not normally need its own configuration file and can take all of its configuration from the shared configuration file.","breadcrumbs":"Configuration » Workers » Setting up workers","id":"365","title":"Setting up workers"},"366":{"body":"Normally, only a couple of changes are needed to make an existing configuration file suitable for use with workers. First, you need to enable an \"HTTP replication listener\" for the main process; and secondly, you need to enable redis-based replication. Optionally, a shared secret can be used to authenticate HTTP traffic between workers. For example: # extend the existing `listeners` section. This defines the ports that the\n# main process will listen on.\nlisteners: # The HTTP replication port - port: 9093 bind_address: '127.0.0.1' type: http resources: - names: [replication] # Add a random shared secret to authenticate traffic.\nworker_replication_secret: \"\" redis: enabled: true See the sample config for the full documentation of each option. Under no circumstances should the replication listener be exposed to the public internet; it has no authentication and is unencrypted.","breadcrumbs":"Configuration » Workers » Shared configuration","id":"366","title":"Shared configuration"},"367":{"body":"In the config file for each worker, you must specify the type of worker application (worker_app), and you should specify a unique name for the worker (worker_name). The currently available worker applications are listed below. You must also specify the HTTP replication endpoint that it should talk to on the main synapse process. worker_replication_host should specify the host of the main synapse and worker_replication_http_port should point to the HTTP replication port. If the worker will handle HTTP requests then the worker_listeners option should be set with a http listener, in the same way as the listeners option in the shared config. For example: worker_app: synapse.app.generic_worker\nworker_name: generic_worker1 # The replication listener on the main synapse process.\nworker_replication_host: 127.0.0.1\nworker_replication_http_port: 9093 worker_listeners: - type: http port: 8083 resources: - names: [client, federation] worker_log_config: /etc/matrix-synapse/generic-worker-log.yaml ...is a full configuration for a generic worker instance, which will expose a plain HTTP endpoint on port 8083 separately serving various endpoints, e.g. /sync, which are listed below. Obviously you should configure your reverse-proxy to route the relevant endpoints to the worker (localhost:8083 in the above example).","breadcrumbs":"Configuration » Workers » Worker configuration","id":"367","title":"Worker configuration"},"368":{"body":"Finally, you need to start your worker processes. This can be done with either synctl or your distribution's preferred service manager such as systemd. We recommend the use of systemd where available: for information on setting up systemd to start synapse workers, see Systemd with Workers . To use synctl, see Using synctl with Workers .","breadcrumbs":"Configuration » Workers » Running Synapse with workers","id":"368","title":"Running Synapse with workers"},"369":{"body":"","breadcrumbs":"Configuration » Workers » Available worker applications","id":"369","title":"Available worker applications"},"37":{"body":" SSLEngine on ServerName matrix.example.com RequestHeader set \"X-Forwarded-Proto\" expr=%{REQUEST_SCHEME} AllowEncodedSlashes NoDecode ProxyPreserveHost on ProxyPass /_matrix http://127.0.0.1:8008/_matrix nocanon ProxyPassReverse /_matrix http://127.0.0.1:8008/_matrix ProxyPass /_synapse/client http://127.0.0.1:8008/_synapse/client nocanon ProxyPassReverse /_synapse/client http://127.0.0.1:8008/_synapse/client\n SSLEngine on ServerName example.com RequestHeader set \"X-Forwarded-Proto\" expr=%{REQUEST_SCHEME} AllowEncodedSlashes NoDecode ProxyPass /_matrix http://127.0.0.1:8008/_matrix nocanon ProxyPassReverse /_matrix http://127.0.0.1:8008/_matrix\n NOTE : ensure the nocanon options are included. NOTE 2 : It appears that Synapse is currently incompatible with the ModSecurity module for Apache (mod_security2). If you need it enabled for other services on your web server, you can disable it for Synapse's two VirtualHosts by including the following lines before each of the two above: SecRuleEngine off\n NOTE 3 : Missing ProxyPreserveHost on can lead to a redirect loop.","breadcrumbs":"Configuring a Reverse Proxy » Apache","id":"37","title":"Apache"},"370":{"body":"This worker can handle API requests matching the following regular expressions. These endpoints can be routed to any worker. If a worker is set up to handle a stream then, for maximum efficiency, additional endpoints should be routed to that worker: refer to the stream writers section below for further information. # Sync requests\n^/_matrix/client/(r0|v3)/sync$\n^/_matrix/client/(api/v1|r0|v3)/events$\n^/_matrix/client/(api/v1|r0|v3)/initialSync$\n^/_matrix/client/(api/v1|r0|v3)/rooms/[^/]+/initialSync$ # Federation requests\n^/_matrix/federation/v1/event/\n^/_matrix/federation/v1/state/\n^/_matrix/federation/v1/state_ids/\n^/_matrix/federation/v1/backfill/\n^/_matrix/federation/v1/get_missing_events/\n^/_matrix/federation/v1/publicRooms\n^/_matrix/federation/v1/query/\n^/_matrix/federation/v1/make_join/\n^/_matrix/federation/v1/make_leave/\n^/_matrix/federation/(v1|v2)/send_join/\n^/_matrix/federation/(v1|v2)/send_leave/\n^/_matrix/federation/(v1|v2)/invite/\n^/_matrix/federation/v1/event_auth/\n^/_matrix/federation/v1/exchange_third_party_invite/\n^/_matrix/federation/v1/user/devices/\n^/_matrix/key/v2/query\n^/_matrix/federation/v1/hierarchy/ # Inbound federation transaction request\n^/_matrix/federation/v1/send/ # Client API requests\n^/_matrix/client/(api/v1|r0|v3|unstable)/createRoom$\n^/_matrix/client/(api/v1|r0|v3|unstable)/publicRooms$\n^/_matrix/client/(api/v1|r0|v3|unstable)/rooms/.*/joined_members$\n^/_matrix/client/(api/v1|r0|v3|unstable)/rooms/.*/context/.*$\n^/_matrix/client/(api/v1|r0|v3|unstable)/rooms/.*/members$\n^/_matrix/client/(api/v1|r0|v3|unstable)/rooms/.*/state$\n^/_matrix/client/v1/rooms/.*/hierarchy$\n^/_matrix/client/unstable/org.matrix.msc2716/rooms/.*/batch_send$\n^/_matrix/client/unstable/im.nheko.summary/rooms/.*/summary$\n^/_matrix/client/(r0|v3|unstable)/account/3pid$\n^/_matrix/client/(r0|v3|unstable)/account/whoami$\n^/_matrix/client/(r0|v3|unstable)/devices$\n^/_matrix/client/versions$\n^/_matrix/client/(api/v1|r0|v3|unstable)/voip/turnServer$\n^/_matrix/client/(api/v1|r0|v3|unstable)/rooms/.*/event/\n^/_matrix/client/(api/v1|r0|v3|unstable)/joined_rooms$\n^/_matrix/client/(api/v1|r0|v3|unstable)/search$ # Encryption requests\n^/_matrix/client/(r0|v3|unstable)/keys/query$\n^/_matrix/client/(r0|v3|unstable)/keys/changes$\n^/_matrix/client/(r0|v3|unstable)/keys/claim$\n^/_matrix/client/(r0|v3|unstable)/room_keys/ # Registration/login requests\n^/_matrix/client/(api/v1|r0|v3|unstable)/login$\n^/_matrix/client/(r0|v3|unstable)/register$\n^/_matrix/client/v1/register/m.login.registration_token/validity$ # Event sending requests\n^/_matrix/client/(api/v1|r0|v3|unstable)/rooms/.*/redact\n^/_matrix/client/(api/v1|r0|v3|unstable)/rooms/.*/send\n^/_matrix/client/(api/v1|r0|v3|unstable)/rooms/.*/state/\n^/_matrix/client/(api/v1|r0|v3|unstable)/rooms/.*/(join|invite|leave|ban|unban|kick)$\n^/_matrix/client/(api/v1|r0|v3|unstable)/join/\n^/_matrix/client/(api/v1|r0|v3|unstable)/profile/ # Account data requests\n^/_matrix/client/(r0|v3|unstable)/.*/tags\n^/_matrix/client/(r0|v3|unstable)/.*/account_data # Receipts requests\n^/_matrix/client/(r0|v3|unstable)/rooms/.*/receipt\n^/_matrix/client/(r0|v3|unstable)/rooms/.*/read_markers # Presence requests\n^/_matrix/client/(api/v1|r0|v3|unstable)/presence/ # User directory search requests\n^/_matrix/client/(r0|v3|unstable)/user_directory/search$ Additionally, the following REST endpoints can be handled for GET requests: ^/_matrix/client/(api/v1|r0|v3|unstable)/pushrules/ Pagination requests can also be handled, but all requests for a given room must be routed to the same instance. Additionally, care must be taken to ensure that the purge history admin API is not used while pagination requests for the room are in flight: ^/_matrix/client/(api/v1|r0|v3|unstable)/rooms/.*/messages$ Additionally, the following endpoints should be included if Synapse is configured to use SSO (you only need to include the ones for whichever SSO provider you're using): # for all SSO providers\n^/_matrix/client/(api/v1|r0|v3|unstable)/login/sso/redirect\n^/_synapse/client/pick_idp$\n^/_synapse/client/pick_username\n^/_synapse/client/new_user_consent$\n^/_synapse/client/sso_register$ # OpenID Connect requests.\n^/_synapse/client/oidc/callback$ # SAML requests.\n^/_synapse/client/saml2/authn_response$ # CAS requests.\n^/_matrix/client/(api/v1|r0|v3|unstable)/login/cas/ticket$ Ensure that all SSO logins go to a single process. For multiple workers not handling the SSO endpoints properly, see #7530 and #9427 . Note that a HTTP listener with client and federation resources must be configured in the worker_listeners option in the worker config. Load balancing It is possible to run multiple instances of this worker app, with incoming requests being load-balanced between them by the reverse-proxy. However, different endpoints have different characteristics and so admins may wish to run multiple groups of workers handling different endpoints so that load balancing can be done in different ways. For /sync and /initialSync requests it will be more efficient if all requests from a particular user are routed to a single instance. Extracting a user ID from the access token or Authorization header is currently left as an exercise for the reader. Admins may additionally wish to separate out /sync requests that have a since query parameter from those that don't (and /initialSync), as requests that don't are known as \"initial sync\" that happens when a user logs in on a new device and can be very resource intensive, so isolating these requests will stop them from interfering with other users ongoing syncs. Federation and client requests can be balanced via simple round robin. The inbound federation transaction request ^/_matrix/federation/v1/send/ should be balanced by source IP so that transactions from the same remote server go to the same process. Registration/login requests can be handled separately purely to help ensure that unexpected load doesn't affect new logins and sign ups. Finally, event sending requests can be balanced by the room ID in the URI (or the full URI, or even just round robin), the room ID is the path component after /rooms/. If there is a large bridge connected that is sending or may send lots of events, then a dedicated set of workers can be provisioned to limit the effects of bursts of events from that bridge on events sent by normal users. Stream writers Additionally, the writing of specific streams (such as events) can be moved off of the main process to a particular worker. (This is only supported with Redis-based replication.) To enable this, the worker must have a HTTP replication listener configured, have a worker_name and be listed in the instance_map config. The same worker can handle multiple streams, but unless otherwise documented, each stream can only have a single writer. For example, to move event persistence off to a dedicated worker, the shared configuration would include: instance_map: event_persister1: host: localhost port: 8034 stream_writers: events: event_persister1 An example for a stream writer instance: worker_app: synapse.app.generic_worker\nworker_name: event_persister1 # The replication listener on the main synapse process.\nworker_replication_host: 127.0.0.1\nworker_replication_http_port: 9093 worker_listeners: - type: http port: 8034 resources: - names: [replication] # Enable listener if this stream writer handles endpoints for the `typing` or # `to_device` streams. Uses a different port to the `replication` listener to # avoid exposing the `replication` listener publicly. # #- type: http # port: 8035 # resources: # - names: [client] worker_log_config: /etc/matrix-synapse/event-persister-log.yaml Some of the streams have associated endpoints which, for maximum efficiency, should be routed to the workers handling that stream. See below for the currently supported streams and the endpoints associated with them: The events stream The events stream experimentally supports having multiple writers, where work is sharded between them by room ID. Note that you must restart all worker instances when adding or removing event persisters. An example stream_writers configuration with multiple writers: stream_writers: events: - event_persister1 - event_persister2 The typing stream The following endpoints should be routed directly to the worker configured as the stream writer for the typing stream: ^/_matrix/client/(api/v1|r0|v3|unstable)/rooms/.*/typing The to_device stream The following endpoints should be routed directly to the worker configured as the stream writer for the to_device stream: ^/_matrix/client/(r0|v3|unstable)/sendToDevice/ The account_data stream The following endpoints should be routed directly to the worker configured as the stream writer for the account_data stream: ^/_matrix/client/(r0|v3|unstable)/.*/tags\n^/_matrix/client/(r0|v3|unstable)/.*/account_data The receipts stream The following endpoints should be routed directly to the worker configured as the stream writer for the receipts stream: ^/_matrix/client/(r0|v3|unstable)/rooms/.*/receipt\n^/_matrix/client/(r0|v3|unstable)/rooms/.*/read_markers The presence stream The following endpoints should be routed directly to the worker configured as the stream writer for the presence stream: ^/_matrix/client/(api/v1|r0|v3|unstable)/presence/ Background tasks There is also support for moving background tasks to a separate worker. Background tasks are run periodically or started via replication. Exactly which tasks are configured to run depends on your Synapse configuration (e.g. if stats is enabled). To enable this, the worker must have a worker_name and can be configured to run background tasks. For example, to move background tasks to a dedicated worker, the shared configuration would include: run_background_tasks_on: background_worker You might also wish to investigate the update_user_directory_from_worker and media_instance_running_background_jobs settings. An example for a dedicated background worker instance: worker_app: synapse.app.generic_worker\nworker_name: background_worker # The replication listener on the main synapse process.\nworker_replication_host: 127.0.0.1\nworker_replication_http_port: 9093 worker_log_config: /etc/matrix-synapse/background-worker-log.yaml Updating the User Directory You can designate one generic worker to update the user directory. Specify its name in the shared configuration as follows: update_user_directory_from_worker: worker_name This work cannot be load-balanced; please ensure the main process is restarted after setting this option in the shared configuration! User directory updates allow REST endpoints matching the following regular expressions to work: ^/_matrix/client/(r0|v3|unstable)/user_directory/search$ The above endpoints can be routed to any worker, though you may choose to route it to the chosen user directory worker. This style of configuration supersedes the legacy synapse.app.user_dir worker application type. Notifying Application Services You can designate one generic worker to send output traffic to Application Services. Specify its name in the shared configuration as follows: notify_appservices_from_worker: worker_name This work cannot be load-balanced; please ensure the main process is restarted after setting this option in the shared configuration! This style of configuration supersedes the legacy synapse.app.appservice worker application type.","breadcrumbs":"Configuration » Workers » synapse.app.generic_worker","id":"370","title":"synapse.app.generic_worker"},"371":{"body":"Handles sending push notifications to sygnal and email. Doesn't handle any REST endpoints itself, but you should set start_pushers: False in the shared configuration file to stop the main synapse sending push notifications. To run multiple instances at once the pusher_instances option should list all pusher instances by their worker name, e.g.: pusher_instances: - pusher_worker1 - pusher_worker2","breadcrumbs":"Configuration » Workers » synapse.app.pusher","id":"371","title":"synapse.app.pusher"},"372":{"body":"Deprecated as of Synapse v1.59. Use synapse.app.generic_worker with the notify_appservices_from_worker option instead. Handles sending output traffic to Application Services. Doesn't handle any REST endpoints itself, but you should set notify_appservices: False in the shared configuration file to stop the main synapse sending appservice notifications. Note this worker cannot be load-balanced: only one instance should be active.","breadcrumbs":"Configuration » Workers » synapse.app.appservice","id":"372","title":"synapse.app.appservice"},"373":{"body":"Handles sending federation traffic to other servers. Doesn't handle any REST endpoints itself, but you should set send_federation: False in the shared configuration file to stop the main synapse sending this traffic. If running multiple federation senders then you must list each instance in the federation_sender_instances option by their worker_name. All instances must be stopped and started when adding or removing instances. For example: federation_sender_instances: - federation_sender1 - federation_sender2","breadcrumbs":"Configuration » Workers » synapse.app.federation_sender","id":"373","title":"synapse.app.federation_sender"},"374":{"body":"Handles the media repository. It can handle all endpoints starting with: /_matrix/media/ ... and the following regular expressions matching media-specific administration APIs: ^/_synapse/admin/v1/purge_media_cache$\n^/_synapse/admin/v1/room/.*/media.*$\n^/_synapse/admin/v1/user/.*/media.*$\n^/_synapse/admin/v1/media/.*$\n^/_synapse/admin/v1/quarantine_media/.*$\n^/_synapse/admin/v1/users/.*/media$ You should also set enable_media_repo: False in the shared configuration file to stop the main synapse running background jobs related to managing the media repository. Note that doing so will prevent the main process from being able to handle the above endpoints. In the media_repository worker configuration file, configure the http listener to expose the media resource. For example: worker_listeners: - type: http port: 8085 resources: - names: - media Note that if running multiple media repositories they must be on the same server and you must configure a single instance to run the background tasks, e.g.: media_instance_running_background_jobs: \"media-repository-1\" Note that if a reverse proxy is used , then /_matrix/media/ must be routed for both inbound client and federation requests (if they are handled separately).","breadcrumbs":"Configuration » Workers » synapse.app.media_repository","id":"374","title":"synapse.app.media_repository"},"375":{"body":"Deprecated as of Synapse v1.59. Use synapse.app.generic_worker with the update_user_directory_from_worker option instead. Handles searches in the user directory. It can handle REST endpoints matching the following regular expressions: ^/_matrix/client/(r0|v3|unstable)/user_directory/search$ When using this worker you must also set update_user_directory: false in the shared configuration file to stop the main synapse running background jobs related to updating the user directory. Above endpoint is not required to be routed to this worker. By default, update_user_directory is set to true, which means the main process will handle updates. All workers configured with client can handle the above endpoint as long as either this worker or the main process are configured to handle it, and are online. If update_user_directory is set to false, and this worker is not running, the above endpoint may give outdated results.","breadcrumbs":"Configuration » Workers » synapse.app.user_dir","id":"375","title":"synapse.app.user_dir"},"376":{"body":"Proxies some frequently-requested client endpoints to add caching and remove load from the main synapse. It can handle REST endpoints matching the following regular expressions: ^/_matrix/client/(r0|v3|unstable)/keys/upload If use_presence is False in the homeserver config, it can also handle REST endpoints matching the following regular expressions: ^/_matrix/client/(api/v1|r0|v3|unstable)/presence/[^/]+/status This \"stub\" presence handler will pass through GET request but make the PUT effectively a no-op. It will proxy any requests it cannot handle to the main synapse instance. It must therefore be configured with the location of the main instance, via the worker_main_http_uri setting in the frontend_proxy worker configuration file. For example: worker_main_http_uri: http://127.0.0.1:8008","breadcrumbs":"Configuration » Workers » synapse.app.frontend_proxy","id":"376","title":"synapse.app.frontend_proxy"},"377":{"body":"Note: Historically there used to be more apps, however they have been amalgamated into a single synapse.app.generic_worker app. The remaining apps are ones that do specific processing unrelated to requests, e.g. the pusher that handles sending out push notifications for new events. The intention is for all these to be folded into the generic_worker app and to use config to define which processes handle the various proccessing such as push notifications.","breadcrumbs":"Configuration » Workers » Historical apps","id":"377","title":"Historical apps"},"378":{"body":"There are two main independent changes that have been made: introducing Redis support and merging apps into synapse.app.generic_worker. Both these changes are backwards compatible and so no changes to the config are required, however server admins are encouraged to plan to migrate to Redis as the old style direct TCP replication config is deprecated. To migrate to Redis add the redis config as above, and optionally remove the TCP replication listener from master and worker_replication_port from worker config. To migrate apps to use synapse.app.generic_worker simply update the worker_app option in the worker configs, and where worker are started (e.g. in systemd service files, but not required for synctl).","breadcrumbs":"Configuration » Workers » Migration from old config","id":"378","title":"Migration from old config"},"379":{"body":"The following shows an example setup using Redis and a reverse proxy: Clients & Federation | v +-----------+ | | | Reverse | | Proxy | | | +-----------+ | | | | | | HTTP requests +-------------------+ | +-----------+ | +---+ | | | | v v v\n+--------------+ +--------------+ +--------------+ +--------------+\n| Main | | Generic | | Generic | | Event |\n| Process | | Worker 1 | | Worker 2 | | Persister |\n+--------------+ +--------------+ +--------------+ +--------------+ ^ ^ | ^ | | ^ | | ^ ^ | | | | | | | | | | | | | | | | HTTP | | | | | | | +----------+<--|---|---------+<--|---|---------+ | | | | +-------------|-->+-------------+ | | | | | | | | | v v v v\n====================================================================== Redis pub/sub channel","breadcrumbs":"Configuration » Workers » Architectural diagram","id":"379","title":"Architectural diagram"},"38":{"body":"frontend https bind *:443,[::]:443 ssl crt /etc/ssl/haproxy/ strict-sni alpn h2,http/1.1 http-request set-header X-Forwarded-Proto https if { ssl_fc } http-request set-header X-Forwarded-Proto http if !{ ssl_fc } http-request set-header X-Forwarded-For %[src] # Matrix client traffic acl matrix-host hdr(host) -i matrix.example.com matrix.example.com:443 acl matrix-path path_beg /_matrix acl matrix-path path_beg /_synapse/client use_backend matrix if matrix-host matrix-path frontend matrix-federation bind *:8448,[::]:8448 ssl crt /etc/ssl/haproxy/synapse.pem alpn h2,http/1.1 http-request set-header X-Forwarded-Proto https if { ssl_fc } http-request set-header X-Forwarded-Proto http if !{ ssl_fc } http-request set-header X-Forwarded-For %[src] default_backend matrix backend matrix server matrix 127.0.0.1:8008 Delegation example: frontend https acl matrix-well-known-client-path path /.well-known/matrix/client acl matrix-well-known-server-path path /.well-known/matrix/server use_backend matrix-well-known-client if matrix-well-known-client-path use_backend matrix-well-known-server if matrix-well-known-server-path backend matrix-well-known-client http-after-response set-header Access-Control-Allow-Origin \"*\" http-after-response set-header Access-Control-Allow-Methods \"GET, POST, PUT, DELETE, OPTIONS\" http-after-response set-header Access-Control-Allow-Headers \"Origin, X-Requested-With, Content-Type, Accept, Authorization\" http-request return status 200 content-type application/json string '{\"m.homeserver\":{\"base_url\":\"https://matrix.example.com\"},\"m.identity_server\":{\"base_url\":\"https://identity.example.com\"}}' backend matrix-well-known-server http-after-response set-header Access-Control-Allow-Origin \"*\" http-after-response set-header Access-Control-Allow-Methods \"GET, POST, PUT, DELETE, OPTIONS\" http-after-response set-header Access-Control-Allow-Headers \"Origin, X-Requested-With, Content-Type, Accept, Authorization\" http-request return status 200 content-type application/json string '{\"m.server\":\"matrix.example.com:443\"}'","breadcrumbs":"Configuring a Reverse Proxy » HAProxy","id":"38","title":"HAProxy"},"380":{"body":"If you want to use synctl to manage your synapse processes, you will need to create an an additional configuration file for the main synapse process. That configuration should look like this: worker_app: synapse.app.homeserver Additionally, each worker app must be configured with the name of a \"pid file\", to which it will write its process ID when it starts. For example, for a synchrotron, you might write: worker_pid_file: /home/matrix/synapse/worker1.pid Finally, to actually run your worker-based synapse, you must pass synctl the -a commandline option to tell it to operate on all the worker configurations found in the given directory, e.g.: synctl -a $CONFIG/workers start Currently one should always restart all workers when restarting or upgrading synapse, unless you explicitly know it's safe not to. For instance, restarting synapse without restarting all the synchrotrons may result in broken typing notifications. To manipulate a specific worker, you pass the -w option to synctl: synctl -w $CONFIG/workers/worker1.yaml restart","breadcrumbs":"Configuration » Workers » Using synctl with Workers » Using synctl with workers","id":"380","title":"Using synctl with workers"},"381":{"body":"This is a setup for managing synapse with systemd, including support for managing workers. It provides a matrix-synapse service for the master, as well as a matrix-synapse-worker@ service template for any workers you require. Additionally, to group the required services, it sets up a matrix-synapse.target. See the folder system for the systemd unit files. The folder workers contains an example configuration for the generic_worker worker.","breadcrumbs":"Configuration » Workers » Systemd » Setting up Synapse with Workers and Systemd","id":"381","title":"Setting up Synapse with Workers and Systemd"},"382":{"body":"See the worker documentation for information on how to set up the configuration files and reverse-proxy correctly. Below is a sample generic_worker worker configuration file. worker_app: synapse.app.generic_worker\nworker_name: generic_worker1 # The replication listener on the main synapse process.\nworker_replication_host: 127.0.0.1\nworker_replication_http_port: 9093 worker_listeners: - type: http port: 8083 resources: - names: [client, federation] worker_log_config: /etc/matrix-synapse/generic-worker-log.yaml Systemd manages daemonization itself, so ensure that none of the configuration files set either daemonize or worker_daemonize. The config files of all workers are expected to be located in /etc/matrix-synapse/workers. If you want to use a different location, edit the provided *.service files accordingly. There is no need for a separate configuration file for the master process.","breadcrumbs":"Configuration » Workers » Systemd » Synapse configuration files","id":"382","title":"Synapse configuration files"},"383":{"body":"Adjust synapse configuration files as above. Copy the *.service and *.target files in system to /etc/systemd/system. Run systemctl daemon-reload to tell systemd to load the new unit files. Run systemctl enable matrix-synapse.service. This will configure the synapse master process to be started as part of the matrix-synapse.target target. For each worker process to be enabled, run systemctl enable matrix-synapse-worker@.service. For each , there should be a corresponding configuration file. /etc/matrix-synapse/workers/.yaml. Start all the synapse processes with systemctl start matrix-synapse.target. Tell systemd to start synapse on boot with systemctl enable matrix-synapse.target.","breadcrumbs":"Configuration » Workers » Systemd » Set up","id":"383","title":"Set up"},"384":{"body":"Once the services are correctly set up, you can use the following commands to manage your synapse installation: # Restart Synapse master and all workers\nsystemctl restart matrix-synapse.target # Stop Synapse and all workers\nsystemctl stop matrix-synapse.target # Restart the master alone\nsystemctl start matrix-synapse.service # Restart a specific worker (eg. generic_worker); the master is\n# unaffected by this.\nsystemctl restart matrix-synapse-worker@generic_worker.service # Add a new worker (assuming all configs are set up already)\nsystemctl enable matrix-synapse-worker@federation_writer.service\nsystemctl restart matrix-synapse.target","breadcrumbs":"Configuration » Workers » Systemd » Usage","id":"384","title":"Usage"},"385":{"body":"Optional: If further hardening is desired, the file override-hardened.conf may be copied from contrib/systemd/override-hardened.conf in this repository to the location /etc/systemd/system/matrix-synapse.service.d/override-hardened.conf (the directory may have to be created). It enables certain sandboxing features in systemd to further secure the synapse service. You may read the comments to understand what the override file is doing. The same file will need to be copied to /etc/systemd/system/matrix-synapse-worker@.service.d/override-hardened-worker.conf (this directory may also have to be created) in order to apply the same hardening options to any worker processes. Once these files have been copied to their appropriate locations, simply reload systemd's manager config files and restart all Synapse services to apply the hardening options. They will automatically be applied at every restart as long as the override files are present at the specified locations. systemctl daemon-reload # Restart services\nsystemctl restart matrix-synapse.target In order to see their effect, you may run systemd-analyze security matrix-synapse.service before and after applying the hardening options to see the changes being applied at a glance.","breadcrumbs":"Configuration » Workers » Systemd » Hardening","id":"385","title":"Hardening"},"386":{"body":"This section contains information on managing your Synapse homeserver. This includes: Managing users, rooms and media via the Admin API. Setting up metrics and monitoring to give you insight into your homeserver's health. Configuring structured logging.","breadcrumbs":"Administration » Administration","id":"386","title":"Administration"},"387":{"body":"","breadcrumbs":"Administration » Admin API » The Admin API","id":"387","title":"The Admin API"},"388":{"body":"Many of the API calls in the admin api will require an access_token for a server admin. (Note that a server admin is distinct from a room admin.) A user can be marked as a server admin by updating the database directly, e.g.: UPDATE users SET admin = 1 WHERE name = '@foo:bar.com'; A new server admin user can also be created using the register_new_matrix_user command. This is a script that is distributed as part of synapse. It is possibly already on your $PATH depending on how Synapse was installed. Finding your user's access_token is client-dependent, but will usually be shown in the client's settings.","breadcrumbs":"Administration » Admin API » Authenticate as a server admin","id":"388","title":"Authenticate as a server admin"},"389":{"body":"Once you have your access_token, you will need to authenticate each request to an Admin API endpoint by providing the token as either a query parameter or a request header. To add it as a request header in cURL: curl --header \"Authorization: Bearer \" For more details on access tokens in Matrix, please refer to the complete matrix spec documentation .","breadcrumbs":"Administration » Admin API » Making an Admin API request","id":"389","title":"Making an Admin API request"},"39":{"body":"table { 127.0.0.1 }\ntable { 127.0.0.1 } http protocol \"https\" { tls { no tlsv1.0, ciphers \"HIGH\" } tls keypair \"example.com\" match header set \"X-Forwarded-For\" value \"$REMOTE_ADDR\" match header set \"X-Forwarded-Proto\" value \"https\" # set CORS header for .well-known/matrix/server, .well-known/matrix/client # httpd does not support setting headers, so do it here match request path \"/.well-known/matrix/*\" tag \"matrix-cors\" match response tagged \"matrix-cors\" header set \"Access-Control-Allow-Origin\" value \"*\" pass quick path \"/_matrix/*\" forward to pass quick path \"/_synapse/client/*\" forward to # pass on non-matrix traffic to webserver pass forward to \n} relay \"https_traffic\" { listen on egress port 443 tls protocol \"https\" forward to port 8008 check tcp forward to port 8080 check tcp\n} http protocol \"matrix\" { tls { no tlsv1.0, ciphers \"HIGH\" } tls keypair \"example.com\" block pass quick path \"/_matrix/*\" forward to pass quick path \"/_synapse/client/*\" forward to \n} relay \"matrix_federation\" { listen on egress port 8448 tls protocol \"matrix\" forward to port 8008 check tcp\n}","breadcrumbs":"Configuring a Reverse Proxy » Relayd","id":"39","title":"Relayd"},"390":{"body":"This API allows a server administrator to manage the validity of an account. To use it, you must enable the account validity feature (under account_validity) in Synapse's configuration. To use it, you will need to authenticate by providing an access_token for a server admin: see Admin API .","breadcrumbs":"Administration » Admin API » Account Validity » Account validity API","id":"390","title":"Account validity API"},"391":{"body":"This API extends the validity of an account by as much time as configured in the period parameter from the account_validity configuration. The API is: POST /_synapse/admin/v1/account_validity/validity with the following body: { \"user_id\": \"\", \"expiration_ts\": 0, \"enable_renewal_emails\": true\n} expiration_ts is an optional parameter and overrides the expiration date, which otherwise defaults to now + validity period. enable_renewal_emails is also an optional parameter and enables/disables sending renewal emails to the user. Defaults to true. The API returns with the new expiration date for this account, as a timestamp in milliseconds since epoch: { \"expiration_ts\": 0\n}","breadcrumbs":"Administration » Admin API » Account Validity » Renew account","id":"391","title":"Renew account"},"392":{"body":"This API allows a server administrator to manage the background updates being run against the database.","breadcrumbs":"Administration » Admin API » Background Updates » Background Updates API","id":"392","title":"Background Updates API"},"393":{"body":"This API gets the current status of the background updates. The API is: GET /_synapse/admin/v1/background_updates/status Returning: { \"enabled\": true, \"current_updates\": { \"\": { \"name\": \"\", \"total_item_count\": 50, \"total_duration_ms\": 10000.0, \"average_items_per_ms\": 2.2, }, }\n} enabled whether the background updates are enabled or disabled. db_name the database name (usually Synapse is configured with a single database named 'master'). For each update: name the name of the update. total_item_count total number of \"items\" processed (the meaning of 'items' depends on the update in question). total_duration_ms how long the background process has been running, not including time spent sleeping. average_items_per_ms how many items are processed per millisecond based on an exponential average.","breadcrumbs":"Administration » Admin API » Background Updates » Status","id":"393","title":"Status"},"394":{"body":"This API allow pausing background updates. Background updates should not be paused for significant periods of time, as this can affect the performance of Synapse. Note : This won't persist over restarts. Note : This won't cancel any update query that is currently running. This is usually fine since most queries are short lived, except for CREATE INDEX background updates which won't be cancelled once started. The API is: POST /_synapse/admin/v1/background_updates/enabled with the following body: { \"enabled\": false\n} enabled sets whether the background updates are enabled or disabled. The API returns the enabled param. { \"enabled\": false\n} There is also a GET version which returns the enabled state.","breadcrumbs":"Administration » Admin API » Background Updates » Enabled","id":"394","title":"Enabled"},"395":{"body":"This API schedules a specific background update to run. The job starts immediately after calling the API. The API is: POST /_synapse/admin/v1/background_updates/start_job with the following body: { \"job_name\": \"populate_stats_process_rooms\"\n} The following JSON body parameters are available: job_name - A string which job to run. Valid values are: populate_stats_process_rooms - Recalculate the stats for all rooms. regenerate_directory - Recalculate the user directory if it is stale or out of sync.","breadcrumbs":"Administration » Admin API » Background Updates » Run","id":"395","title":"Run"},"396":{"body":"This API lets a server admin delete a local group. Doing so will kick all users out of the group so that their clients will correctly handle the group being deleted. To use it, you will need to authenticate by providing an access_token for a server admin: see Admin API . The API is: POST /_synapse/admin/v1/delete_group/","breadcrumbs":"Administration » Admin API » Delete Group » Delete a local group","id":"396","title":"Delete a local group"},"397":{"body":"This API returns information about reported events. To use it, you will need to authenticate by providing an access_token for a server admin: see Admin API . The api is: GET /_synapse/admin/v1/event_reports?from=0&limit=10 It returns a JSON body like the following: { \"event_reports\": [ { \"event_id\": \"$bNUFCwGzWca1meCGkjp-zwslF-GfVcXukvRLI1_FaVY\", \"id\": 2, \"reason\": \"foo\", \"score\": -100, \"received_ts\": 1570897107409, \"canonical_alias\": \"#alias1:matrix.org\", \"room_id\": \"!ERAgBpSOcCCuTJqQPk:matrix.org\", \"name\": \"Matrix HQ\", \"sender\": \"@foobar:matrix.org\", \"user_id\": \"@foo:matrix.org\" }, { \"event_id\": \"$3IcdZsDaN_En-S1DF4EMCy3v4gNRKeOJs8W5qTOKj4I\", \"id\": 3, \"reason\": \"bar\", \"score\": -100, \"received_ts\": 1598889612059, \"canonical_alias\": \"#alias2:matrix.org\", \"room_id\": \"!eGvUQuTCkHGVwNMOjv:matrix.org\", \"name\": \"Your room name here\", \"sender\": \"@foobar:matrix.org\", \"user_id\": \"@bar:matrix.org\" } ], \"next_token\": 2, \"total\": 4\n} To paginate, check for next_token and if present, call the endpoint again with from set to the value of next_token. This will return a new page. If the endpoint does not return a next_token then there are no more reports to paginate through. URL parameters: limit: integer - Is optional but is used for pagination, denoting the maximum number of items to return in this call. Defaults to 100. from: integer - Is optional but used for pagination, denoting the offset in the returned results. This should be treated as an opaque value and not explicitly set to anything other than the return value of next_token from a previous call. Defaults to 0. dir: string - Direction of event report order. Whether to fetch the most recent first (b) or the oldest first (f). Defaults to b. user_id: string - Is optional and filters to only return users with user IDs that contain this value. This is the user who reported the event and wrote the reason. room_id: string - Is optional and filters to only return rooms with room IDs that contain this value. Response The following fields are returned in the JSON response body: id: integer - ID of event report. received_ts: integer - The timestamp (in milliseconds since the unix epoch) when this report was sent. room_id: string - The ID of the room in which the event being reported is located. name: string - The name of the room. event_id: string - The ID of the reported event. user_id: string - This is the user who reported the event and wrote the reason. reason: string - Comment made by the user_id in this report. May be blank or null. score: integer - Content is reported based upon a negative score, where -100 is \"most offensive\" and 0 is \"inoffensive\". May be null. sender: string - This is the ID of the user who sent the original message/event that was reported. canonical_alias: string - The canonical alias of the room. null if the room does not have a canonical alias set. next_token: integer - Indication for pagination. See above. total: integer - Total number of event reports related to the query (user_id and room_id).","breadcrumbs":"Administration » Admin API » Event Reports » Show reported events","id":"397","title":"Show reported events"},"398":{"body":"This API returns information about a specific event report. The api is: GET /_synapse/admin/v1/event_reports/ It returns a JSON body like the following: { \"event_id\": \"$bNUFCwGzWca1meCGkjp-zwslF-GfVcXukvRLI1_FaVY\", \"event_json\": { \"auth_events\": [ \"$YK4arsKKcc0LRoe700pS8DSjOvUT4NDv0HfInlMFw2M\", \"$oggsNXxzPFRE3y53SUNd7nsj69-QzKv03a1RucHu-ws\" ], \"content\": { \"body\": \"matrix.org: This Week in Matrix\", \"format\": \"org.matrix.custom.html\", \"formatted_body\": \"matrix.org:
This Week in Matrix\", \"msgtype\": \"m.notice\" }, \"depth\": 546, \"hashes\": { \"sha256\": \"xK1//xnmvHJIOvbgXlkI8eEqdvoMmihVDJ9J4SNlsAw\" }, \"origin\": \"matrix.org\", \"origin_server_ts\": 1592291711430, \"prev_events\": [ \"$YK4arsKKcc0LRoe700pS8DSjOvUT4NDv0HfInlMFw2M\" ], \"prev_state\": [], \"room_id\": \"!ERAgBpSOcCCuTJqQPk:matrix.org\", \"sender\": \"@foobar:matrix.org\", \"signatures\": { \"matrix.org\": { \"ed25519:a_JaEG\": \"cs+OUKW/iHx5pEidbWxh0UiNNHwe46Ai9LwNz+Ah16aWDNszVIe2gaAcVZfvNsBhakQTew51tlKmL2kspXk/Dg\" } }, \"type\": \"m.room.message\", \"unsigned\": { \"age_ts\": 1592291711430 } }, \"id\": , \"reason\": \"foo\", \"score\": -100, \"received_ts\": 1570897107409, \"canonical_alias\": \"#alias1:matrix.org\", \"room_id\": \"!ERAgBpSOcCCuTJqQPk:matrix.org\", \"name\": \"Matrix HQ\", \"sender\": \"@foobar:matrix.org\", \"user_id\": \"@foo:matrix.org\"\n} URL parameters: report_id: string - The ID of the event report. Response The following fields are returned in the JSON response body: id: integer - ID of event report. received_ts: integer - The timestamp (in milliseconds since the unix epoch) when this report was sent. room_id: string - The ID of the room in which the event being reported is located. name: string - The name of the room. event_id: string - The ID of the reported event. user_id: string - This is the user who reported the event and wrote the reason. reason: string - Comment made by the user_id in this report. May be blank. score: integer - Content is reported based upon a negative score, where -100 is \"most offensive\" and 0 is \"inoffensive\". sender: string - This is the ID of the user who sent the original message/event that was reported. canonical_alias: string - The canonical alias of the room. null if the room does not have a canonical alias set. event_json: object - Details of the original event that was reported.","breadcrumbs":"Administration » Admin API » Event Reports » Show details of a specific event report","id":"398","title":"Show details of a specific event report"},"399":{"body":"These APIs allow extracting media information from the homeserver. Details about the format of the media_id and storage of the media in the file system are documented under media repository . To use it, you will need to authenticate by providing an access_token for a server admin: see Admin API .","breadcrumbs":"Administration » Admin API » Media » Querying media","id":"399","title":"Querying media"},"4":{"body":"If you've found a security issue in Synapse or any other Matrix.org Foundation project, please report it to us in accordance with our Security Disclosure Policy . Thank you!","breadcrumbs":"Welcome and Overview » Reporting a security vulnerability","id":"4","title":"Reporting a security vulnerability"},"40":{"body":"Synapse exposes a health check endpoint for use by reverse proxies. Each configured HTTP listener has a /health endpoint which always returns 200 OK (and doesn't get logged).","breadcrumbs":"Configuring a Reverse Proxy » Health check endpoint","id":"40","title":"Health check endpoint"},"400":{"body":"This API gets a list of known media in a room. However, it only shows media from unencrypted events or rooms. The API is: GET /_synapse/admin/v1/room//media The API returns a JSON body like the following: { \"local\": [ \"mxc://localhost/xwvutsrqponmlkjihgfedcba\", \"mxc://localhost/abcdefghijklmnopqrstuvwx\" ], \"remote\": [ \"mxc://matrix.org/xwvutsrqponmlkjihgfedcba\", \"mxc://matrix.org/abcdefghijklmnopqrstuvwx\" ]\n}","breadcrumbs":"Administration » Admin API » Media » List all media in a room","id":"400","title":"List all media in a room"},"401":{"body":"Listing all media that has been uploaded by a local user can be achieved through the use of the List media uploaded by a user Admin API.","breadcrumbs":"Administration » Admin API » Media » List all media uploaded by a user","id":"401","title":"List all media uploaded by a user"},"402":{"body":"Quarantining media means that it is marked as inaccessible by users. It applies to any local media, and any locally-cached copies of remote media. The media file itself (and any thumbnails) is not deleted from the server.","breadcrumbs":"Administration » Admin API » Media » Quarantine media","id":"402","title":"Quarantine media"},"403":{"body":"This API quarantines a single piece of local or remote media. Request: POST /_synapse/admin/v1/media/quarantine// {} Where server_name is in the form of example.org, and media_id is in the form of abcdefg12345.... Response: {}","breadcrumbs":"Administration » Admin API » Media » Quarantining media by ID","id":"403","title":"Quarantining media by ID"},"404":{"body":"This API removes a single piece of local or remote media from quarantine. Request: POST /_synapse/admin/v1/media/unquarantine// {} Where server_name is in the form of example.org, and media_id is in the form of abcdefg12345.... Response: {}","breadcrumbs":"Administration » Admin API » Media » Remove media from quarantine by ID","id":"404","title":"Remove media from quarantine by ID"},"405":{"body":"This API quarantines all local and remote media in a room. Request: POST /_synapse/admin/v1/room//media/quarantine {} Where room_id is in the form of !roomid12345:example.org. Response: { \"num_quarantined\": 10\n} The following fields are returned in the JSON response body: num_quarantined: integer - The number of media items successfully quarantined Note that there is a legacy endpoint, POST /_synapse/admin/v1/quarantine_media/, that operates the same. However, it is deprecated and may be removed in a future release.","breadcrumbs":"Administration » Admin API » Media » Quarantining media in a room","id":"405","title":"Quarantining media in a room"},"406":{"body":"This API quarantines all local media that a local user has uploaded. That is to say, if you would like to quarantine media uploaded by a user on a remote homeserver, you should instead use one of the other APIs. Request: POST /_synapse/admin/v1/user//media/quarantine {} URL Parameters user_id: string - User ID in the form of @bob:example.org Response: { \"num_quarantined\": 10\n} The following fields are returned in the JSON response body: num_quarantined: integer - The number of media items successfully quarantined","breadcrumbs":"Administration » Admin API » Media » Quarantining all media of a user","id":"406","title":"Quarantining all media of a user"},"407":{"body":"This API protects a single piece of local media from being quarantined using the above APIs. This is useful for sticker packs and other shared media which you do not want to get quarantined, especially when quarantining media in a room . Request: POST /_synapse/admin/v1/media/protect/ {} Where media_id is in the form of abcdefg12345.... Response: {}","breadcrumbs":"Administration » Admin API » Media » Protecting media from being quarantined","id":"407","title":"Protecting media from being quarantined"},"408":{"body":"This API reverts the protection of a media. Request: POST /_synapse/admin/v1/media/unprotect/ {} Where media_id is in the form of abcdefg12345.... Response: {}","breadcrumbs":"Administration » Admin API » Media » Unprotecting media from being quarantined","id":"408","title":"Unprotecting media from being quarantined"},"409":{"body":"This API deletes the local media from the disk of your own server. This includes any local thumbnails and copies of media downloaded from remote homeservers. This API will not affect media that has been uploaded to external media repositories (e.g https://github.com/turt2live/matrix-media-repo/). See also Purge Remote Media API .","breadcrumbs":"Administration » Admin API » Media » Delete local media","id":"409","title":"Delete local media"},"41":{"body":"Endpoints for administering your Synapse instance are placed under /_synapse/admin. These require authentication through an access token of an admin user. However as access to these endpoints grants the caller a lot of power, we do not recommend exposing them to the public internet without good reason.","breadcrumbs":"Configuring a Reverse Proxy » Synapse administration endpoints","id":"41","title":"Synapse administration endpoints"},"410":{"body":"Delete a specific media_id. Request: DELETE /_synapse/admin/v1/media// {} URL Parameters server_name: string - The name of your local server (e.g matrix.org) media_id: string - The ID of the media (e.g abcdefghijklmnopqrstuvwx) Response: { \"deleted_media\": [ \"abcdefghijklmnopqrstuvwx\" ], \"total\": 1\n} The following fields are returned in the JSON response body: deleted_media: an array of strings - List of deleted media_id total: integer - Total number of deleted media_id","breadcrumbs":"Administration » Admin API » Media » Delete a specific local media","id":"410","title":"Delete a specific local media"},"411":{"body":"Request: POST /_synapse/admin/v1/media//delete?before_ts= {} URL Parameters server_name: string - The name of your local server (e.g matrix.org). before_ts: string representing a positive integer - Unix timestamp in milliseconds. Files that were last used before this timestamp will be deleted. It is the timestamp of last access, not the timestamp when the file was created. size_gt: Optional - string representing a positive integer - Size of the media in bytes. Files that are larger will be deleted. Defaults to 0. keep_profiles: Optional - string representing a boolean - Switch to also delete files that are still used in image data (e.g user profile, room avatar). If false these files will be deleted. Defaults to true. Response: { \"deleted_media\": [ \"abcdefghijklmnopqrstuvwx\", \"abcdefghijklmnopqrstuvwz\" ], \"total\": 2\n} The following fields are returned in the JSON response body: deleted_media: an array of strings - List of deleted media_id total: integer - Total number of deleted media_id","breadcrumbs":"Administration » Admin API » Media » Delete local media by date or size","id":"411","title":"Delete local media by date or size"},"412":{"body":"You can find details of how to delete multiple media uploaded by a user in User Admin API .","breadcrumbs":"Administration » Admin API » Media » Delete media uploaded by a user","id":"412","title":"Delete media uploaded by a user"},"413":{"body":"The purge remote media API allows server admins to purge old cached remote media. The API is: POST /_synapse/admin/v1/purge_media_cache?before_ts= {} URL Parameters before_ts: string representing a positive integer - Unix timestamp in milliseconds. All cached media that was last accessed before this timestamp will be removed. Response: { \"deleted\": 10\n} The following fields are returned in the JSON response body: deleted: integer - The number of media items successfully deleted If the user re-requests purged remote media, synapse will re-request the media from the originating server.","breadcrumbs":"Administration » Admin API » Media » Purge Remote Media API","id":"413","title":"Purge Remote Media API"},"414":{"body":"The purge history API allows server admins to purge historic events from their database, reclaiming disk space. Depending on the amount of history being purged a call to the API may take several minutes or longer. During this period users will not be able to paginate further back in the room from the point being purged from. Note that Synapse requires at least one message in each room, so it will never delete the last message in a room. To use it, you will need to authenticate by providing an access_token for a server admin: see Admin API . The API is: POST /_synapse/admin/v1/purge_history/[/] By default, events sent by local users are not deleted, as they may represent the only copies of this content in existence. (Events sent by remote users are deleted.) Room state data (such as joins, leaves, topic) is always preserved. To delete local message events as well, set delete_local_events in the body: { \"delete_local_events\": true\n} The caller must specify the point in the room to purge up to. This can be specified by including an event_id in the URI, or by setting a purge_up_to_event_id or purge_up_to_ts in the request body. If an event id is given, that event (and others at the same graph depth) will be retained. If purge_up_to_ts is given, it should be a timestamp since the unix epoch, in milliseconds. The API starts the purge running, and returns immediately with a JSON body with a purge id: { \"purge_id\": \"\"\n}","breadcrumbs":"Administration » Admin API » Purge History » Purge History API","id":"414","title":"Purge History API"},"415":{"body":"It is possible to poll for updates on recent purges with a second API; GET /_synapse/admin/v1/purge_history_status/ This API returns a JSON body like the following: { \"status\": \"active\"\n} The status will be one of active, complete, or failed. If status is failed there will be a string error with the error message.","breadcrumbs":"Administration » Admin API » Purge History » Purge status query","id":"415","title":"Purge status query"},"416":{"body":"To reclaim the disk space and return it to the operating system, you need to run VACUUM FULL; on the database. https://www.postgresql.org/docs/current/sql-vacuum.html","breadcrumbs":"Administration » Admin API » Purge History » Reclaim disk space (Postgres)","id":"416","title":"Reclaim disk space (Postgres)"},"417":{"body":"This API allows for the creation of users in an administrative and non-interactive way. This is generally used for bootstrapping a Synapse instance with administrator accounts. To authenticate yourself to the server, you will need both the shared secret (registration_shared_secret in the homeserver configuration), and a one-time nonce. If the registration shared secret is not configured, this API is not enabled. To fetch the nonce, you need to request one from the API: > GET /_synapse/admin/v1/register < {\"nonce\": \"thisisanonce\"} Once you have the nonce, you can make a POST to the same URL with a JSON body containing the nonce, username, password, whether they are an admin (optional, False by default), and a HMAC digest of the content. Also you can set the displayname (optional, username by default). As an example: > POST /_synapse/admin/v1/register\n> { \"nonce\": \"thisisanonce\", \"username\": \"pepper_roni\", \"displayname\": \"Pepper Roni\", \"password\": \"pizza\", \"admin\": true, \"mac\": \"mac_digest_here\" } < { \"access_token\": \"token_here\", \"user_id\": \"@pepper_roni:localhost\", \"home_server\": \"test\", \"device_id\": \"device_id_here\" } The MAC is the hex digest output of the HMAC-SHA1 algorithm, with the key being the shared secret and the content being the nonce, user, password, either the string \"admin\" or \"notadmin\", and optionally the user_type each separated by NULs. For an example of generation in Python: import hmac, hashlib def generate_mac(nonce, user, password, admin=False, user_type=None): mac = hmac.new( key=shared_secret, digestmod=hashlib.sha1, ) mac.update(nonce.encode('utf8')) mac.update(b\"\\x00\") mac.update(user.encode('utf8')) mac.update(b\"\\x00\") mac.update(password.encode('utf8')) mac.update(b\"\\x00\") mac.update(b\"admin\" if admin else b\"notadmin\") if user_type: mac.update(b\"\\x00\") mac.update(user_type.encode('utf8')) return mac.hexdigest()","breadcrumbs":"Administration » Admin API » Register Users » Shared-Secret Registration","id":"417","title":"Shared-Secret Registration"},"418":{"body":"This API allows you to manage tokens which can be used to authenticate registration requests, as proposed in MSC3231 . To use it, you will need to enable the registration_requires_token config option, and authenticate by providing an access_token for a server admin: see Admin API . Note that this API is still experimental; not all clients may support it yet.","breadcrumbs":"Administration » Admin API » Registration Tokens » Registration Tokens","id":"418","title":"Registration Tokens"},"419":{"body":"Most endpoints make use of JSON objects that contain details about tokens. These objects have the following fields: token: The token which can be used to authenticate registration. uses_allowed: The number of times the token can be used to complete a registration before it becomes invalid. pending: The number of pending uses the token has. When someone uses the token to authenticate themselves, the pending counter is incremented so that the token is not used more than the permitted number of times. When the person completes registration the pending counter is decremented, and the completed counter is incremented. completed: The number of times the token has been used to successfully complete a registration. expiry_time: The latest time the token is valid. Given as the number of milliseconds since 1970-01-01 00:00:00 UTC (the start of the Unix epoch). To convert this into a human-readable form you can remove the milliseconds and use the date command. For example, date -d '@1625394937'.","breadcrumbs":"Administration » Admin API » Registration Tokens » Registration token objects","id":"419","title":"Registration token objects"},"42":{"body":"You can use Synapse with a forward or outbound proxy. An example of when this is necessary is in corporate environments behind a DMZ (demilitarized zone). Synapse supports routing outbound HTTP(S) requests via a proxy. Only HTTP(S) proxy is supported, not SOCKS proxy or anything else.","breadcrumbs":"Configuring a Forward/Outbound Proxy » Using a forward proxy with Synapse","id":"42","title":"Using a forward proxy with Synapse"},"420":{"body":"Lists all tokens and details about them. If the request is successful, the top level JSON object will have a registration_tokens key which is an array of registration token objects. GET /_synapse/admin/v1/registration_tokens Optional query parameters: valid: true or false. If true, only valid tokens are returned. If false, only tokens that have expired or have had all uses exhausted are returned. If omitted, all tokens are returned regardless of validity. Example: GET /_synapse/admin/v1/registration_tokens 200 OK { \"registration_tokens\": [ { \"token\": \"abcd\", \"uses_allowed\": 3, \"pending\": 0, \"completed\": 1, \"expiry_time\": null }, { \"token\": \"pqrs\", \"uses_allowed\": 2, \"pending\": 1, \"completed\": 1, \"expiry_time\": null }, { \"token\": \"wxyz\", \"uses_allowed\": null, \"pending\": 0, \"completed\": 9, \"expiry_time\": 1625394937000 // 2021-07-04 10:35:37 UTC } ]\n} Example using the valid query parameter: GET /_synapse/admin/v1/registration_tokens?valid=false 200 OK { \"registration_tokens\": [ { \"token\": \"pqrs\", \"uses_allowed\": 2, \"pending\": 1, \"completed\": 1, \"expiry_time\": null }, { \"token\": \"wxyz\", \"uses_allowed\": null, \"pending\": 0, \"completed\": 9, \"expiry_time\": 1625394937000 // 2021-07-04 10:35:37 UTC } ]\n}","breadcrumbs":"Administration » Admin API » Registration Tokens » List all tokens","id":"420","title":"List all tokens"},"421":{"body":"Get details about a single token. If the request is successful, the response body will be a registration token object. GET /_synapse/admin/v1/registration_tokens/ Path parameters: token: The registration token to return details of. Example: GET /_synapse/admin/v1/registration_tokens/abcd 200 OK { \"token\": \"abcd\", \"uses_allowed\": 3, \"pending\": 0, \"completed\": 1, \"expiry_time\": null\n}","breadcrumbs":"Administration » Admin API » Registration Tokens » Get one token","id":"421","title":"Get one token"},"422":{"body":"Create a new registration token. If the request is successful, the newly created token will be returned as a registration token object in the response body. POST /_synapse/admin/v1/registration_tokens/new The request body must be a JSON object and can contain the following fields: token: The registration token. A string of no more than 64 characters that consists only of characters matched by the regex [A-Za-z0-9._~-]. Default: randomly generated. uses_allowed: The integer number of times the token can be used to complete a registration before it becomes invalid. Default: null (unlimited uses). expiry_time: The latest time the token is valid. Given as the number of milliseconds since 1970-01-01 00:00:00 UTC (the start of the Unix epoch). You could use, for example, date '+%s000' -d 'tomorrow'. Default: null (token does not expire). length: The length of the token randomly generated if token is not specified. Must be between 1 and 64 inclusive. Default: 16. If a field is omitted the default is used. Example using defaults: POST /_synapse/admin/v1/registration_tokens/new {} 200 OK { \"token\": \"0M-9jbkf2t_Tgiw1\", \"uses_allowed\": null, \"pending\": 0, \"completed\": 0, \"expiry_time\": null\n} Example specifying some fields: POST /_synapse/admin/v1/registration_tokens/new { \"token\": \"defg\", \"uses_allowed\": 1\n} 200 OK { \"token\": \"defg\", \"uses_allowed\": 1, \"pending\": 0, \"completed\": 0, \"expiry_time\": null\n}","breadcrumbs":"Administration » Admin API » Registration Tokens » Create token","id":"422","title":"Create token"},"423":{"body":"Update the number of allowed uses or expiry time of a token. If the request is successful, the updated token will be returned as a registration token object in the response body. PUT /_synapse/admin/v1/registration_tokens/ Path parameters: token: The registration token to update. The request body must be a JSON object and can contain the following fields: uses_allowed: The integer number of times the token can be used to complete a registration before it becomes invalid. By setting uses_allowed to 0 the token can be easily made invalid without deleting it. If null the token will have an unlimited number of uses. expiry_time: The latest time the token is valid. Given as the number of milliseconds since 1970-01-01 00:00:00 UTC (the start of the Unix epoch). If null the token will not expire. If a field is omitted its value is not modified. Example: PUT /_synapse/admin/v1/registration_tokens/defg { \"expiry_time\": 4781243146000 // 2121-07-06 11:05:46 UTC\n} 200 OK { \"token\": \"defg\", \"uses_allowed\": 1, \"pending\": 0, \"completed\": 0, \"expiry_time\": 4781243146000\n}","breadcrumbs":"Administration » Admin API » Registration Tokens » Update token","id":"423","title":"Update token"},"424":{"body":"Delete a registration token. If the request is successful, the response body will be an empty JSON object. DELETE /_synapse/admin/v1/registration_tokens/ Path parameters: token: The registration token to delete. Example: DELETE /_synapse/admin/v1/registration_tokens/wxyz 200 OK {}","breadcrumbs":"Administration » Admin API » Registration Tokens » Delete token","id":"424","title":"Delete token"},"425":{"body":"If a request fails a \"standard error response\" will be returned as defined in the Matrix Client-Server API specification . For example, if the token specified in a path parameter does not exist a 404 Not Found error will be returned. GET /_synapse/admin/v1/registration_tokens/1234 404 Not Found { \"errcode\": \"M_NOT_FOUND\", \"error\": \"No such registration token: 1234\"\n}","breadcrumbs":"Administration » Admin API » Registration Tokens » Errors","id":"425","title":"Errors"},"426":{"body":"This API allows an administrator to join an user account with a given user_id to a room with a given room_id_or_alias. You can only modify the membership of local users. The server administrator must be in the room and have permission to invite users. To use it, you will need to authenticate by providing an access_token for a server admin: see Admin API .","breadcrumbs":"Administration » Admin API » Manipulate Room Membership » Edit Room Membership API","id":"426","title":"Edit Room Membership API"},"427":{"body":"The following parameters are available: user_id - Fully qualified user: for example, @user:server.com. room_id_or_alias - The room identifier or alias to join: for example, !636q39766251:server.com.","breadcrumbs":"Administration » Admin API » Manipulate Room Membership » Parameters","id":"427","title":"Parameters"},"428":{"body":"POST /_synapse/admin/v1/join/ { \"user_id\": \"@user:server.com\"\n} Response: { \"room_id\": \"!636q39766251:server.com\"\n}","breadcrumbs":"Administration » Admin API » Manipulate Room Membership » Usage","id":"428","title":"Usage"},"429":{"body":"The List Room admin API allows server admins to get a list of rooms on their server. There are various parameters available that allow for filtering and sorting the returned list. This API supports pagination. To use it, you will need to authenticate by providing an access_token for a server admin: see Admin API . Parameters The following query parameters are available: from - Offset in the returned list. Defaults to 0. limit - Maximum amount of rooms to return. Defaults to 100. order_by - The method in which to sort the returned list of rooms. Valid values are: alphabetical - Same as name. This is deprecated. size - Same as joined_members. This is deprecated. name - Rooms are ordered alphabetically by room name. This is the default. canonical_alias - Rooms are ordered alphabetically by main alias address of the room. joined_members - Rooms are ordered by the number of members. Largest to smallest. joined_local_members - Rooms are ordered by the number of local members. Largest to smallest. version - Rooms are ordered by room version. Largest to smallest. creator - Rooms are ordered alphabetically by creator of the room. encryption - Rooms are ordered alphabetically by the end-to-end encryption algorithm. federatable - Rooms are ordered by whether the room is federatable. public - Rooms are ordered by visibility in room list. join_rules - Rooms are ordered alphabetically by join rules of the room. guest_access - Rooms are ordered alphabetically by guest access option of the room. history_visibility - Rooms are ordered alphabetically by visibility of history of the room. state_events - Rooms are ordered by number of state events. Largest to smallest. dir - Direction of room order. Either f for forwards or b for backwards. Setting this value to b will reverse the above sort order. Defaults to f. search_term - Filter rooms by their room name, canonical alias and room id. Specifically, rooms are selected if the search term is contained in the room's name, the local part of the room's canonical alias, or the complete (local and server part) room's id (case sensitive). Defaults to no filtering. Response The following fields are possible in the JSON response body: rooms - An array of objects, each containing information about a room. Room objects contain the following fields: room_id - The ID of the room. name - The name of the room. canonical_alias - The canonical (main) alias address of the room. joined_members - How many users are currently in the room. joined_local_members - How many local users are currently in the room. version - The version of the room as a string. creator - The user_id of the room creator. encryption - Algorithm of end-to-end encryption of messages. Is null if encryption is not active. federatable - Whether users on other servers can join this room. public - Whether the room is visible in room directory. join_rules - The type of rules used for users wishing to join this room. One of: [\"public\", \"knock\", \"invite\", \"private\"]. guest_access - Whether guests can join the room. One of: [\"can_join\", \"forbidden\"]. history_visibility - Who can see the room history. One of: [\"invited\", \"joined\", \"shared\", \"world_readable\"]. state_events - Total number of state_events of a room. Complexity of the room. offset - The current pagination offset in rooms. This parameter should be used instead of next_token for room offset as next_token is not intended to be parsed. total_rooms - The total number of rooms this query can return. Using this and offset, you have enough information to know the current progression through the list. next_batch - If this field is present, we know that there are potentially more rooms on the server that did not all fit into this response. We can use next_batch to get the \"next page\" of results. To do so, simply repeat your request, setting the from parameter to the value of next_batch. prev_batch - If this field is present, it is possible to paginate backwards. Use prev_batch for the from value in the next request to get the \"previous page\" of results. The API is: A standard request with no filtering: GET /_synapse/admin/v1/rooms A response body like the following is returned: { \"rooms\": [ { \"room_id\": \"!OGEhHVWSdvArJzumhm:matrix.org\", \"name\": \"Matrix HQ\", \"canonical_alias\": \"#matrix:matrix.org\", \"joined_members\": 8326, \"joined_local_members\": 2, \"version\": \"1\", \"creator\": \"@foo:matrix.org\", \"encryption\": null, \"federatable\": true, \"public\": true, \"join_rules\": \"invite\", \"guest_access\": null, \"history_visibility\": \"shared\", \"state_events\": 93534 }, ... (8 hidden items) ... { \"room_id\": \"!xYvNcQPhnkrdUmYczI:matrix.org\", \"name\": \"This Week In Matrix (TWIM)\", \"canonical_alias\": \"#twim:matrix.org\", \"joined_members\": 314, \"joined_local_members\": 20, \"version\": \"4\", \"creator\": \"@foo:matrix.org\", \"encryption\": \"m.megolm.v1.aes-sha2\", \"federatable\": true, \"public\": false, \"join_rules\": \"invite\", \"guest_access\": null, \"history_visibility\": \"shared\", \"state_events\": 8345 } ], \"offset\": 0, \"total_rooms\": 10\n} Filtering by room name: GET /_synapse/admin/v1/rooms?search_term=TWIM A response body like the following is returned: { \"rooms\": [ { \"room_id\": \"!xYvNcQPhnkrdUmYczI:matrix.org\", \"name\": \"This Week In Matrix (TWIM)\", \"canonical_alias\": \"#twim:matrix.org\", \"joined_members\": 314, \"joined_local_members\": 20, \"version\": \"4\", \"creator\": \"@foo:matrix.org\", \"encryption\": \"m.megolm.v1.aes-sha2\", \"federatable\": true, \"public\": false, \"join_rules\": \"invite\", \"guest_access\": null, \"history_visibility\": \"shared\", \"state_events\": 8 } ], \"offset\": 0, \"total_rooms\": 1\n} Paginating through a list of rooms: GET /_synapse/admin/v1/rooms?order_by=size A response body like the following is returned: { \"rooms\": [ { \"room_id\": \"!OGEhHVWSdvArJzumhm:matrix.org\", \"name\": \"Matrix HQ\", \"canonical_alias\": \"#matrix:matrix.org\", \"joined_members\": 8326, \"joined_local_members\": 2, \"version\": \"1\", \"creator\": \"@foo:matrix.org\", \"encryption\": null, \"federatable\": true, \"public\": true, \"join_rules\": \"invite\", \"guest_access\": null, \"history_visibility\": \"shared\", \"state_events\": 93534 }, ... (98 hidden items) ... { \"room_id\": \"!xYvNcQPhnkrdUmYczI:matrix.org\", \"name\": \"This Week In Matrix (TWIM)\", \"canonical_alias\": \"#twim:matrix.org\", \"joined_members\": 314, \"joined_local_members\": 20, \"version\": \"4\", \"creator\": \"@foo:matrix.org\", \"encryption\": \"m.megolm.v1.aes-sha2\", \"federatable\": true, \"public\": false, \"join_rules\": \"invite\", \"guest_access\": null, \"history_visibility\": \"shared\", \"state_events\": 8345 } ], \"offset\": 0, \"total_rooms\": 150, \"next_token\": 100\n} The presence of the next_token parameter tells us that there are more rooms than returned in this request, and we need to make another request to get them. To get the next batch of room results, we repeat our request, setting the from parameter to the value of next_token. GET /_synapse/admin/v1/rooms?order_by=size&from=100 A response body like the following is returned: { \"rooms\": [ { \"room_id\": \"!mscvqgqpHYjBGDxNym:matrix.org\", \"name\": \"Music Theory\", \"canonical_alias\": \"#musictheory:matrix.org\", \"joined_members\": 127, \"joined_local_members\": 2, \"version\": \"1\", \"creator\": \"@foo:matrix.org\", \"encryption\": null, \"federatable\": true, \"public\": true, \"join_rules\": \"invite\", \"guest_access\": null, \"history_visibility\": \"shared\", \"state_events\": 93534 }, ... (48 hidden items) ... { \"room_id\": \"!twcBhHVdZlQWuuxBhN:termina.org.uk\", \"name\": \"weechat-matrix\", \"canonical_alias\": \"#weechat-matrix:termina.org.uk\", \"joined_members\": 137, \"joined_local_members\": 20, \"version\": \"4\", \"creator\": \"@foo:termina.org.uk\", \"encryption\": null, \"federatable\": true, \"public\": true, \"join_rules\": \"invite\", \"guest_access\": null, \"history_visibility\": \"shared\", \"state_events\": 8345 } ], \"offset\": 100, \"prev_batch\": 0, \"total_rooms\": 150\n} Once the next_token parameter is no longer present, we know we've reached the end of the list.","breadcrumbs":"Administration » Admin API » Rooms » List Room API","id":"429","title":"List Room API"},"43":{"body":"The http_proxy, https_proxy, no_proxy environment variables are used to specify proxy settings. The environment variable is not case sensitive. http_proxy: Proxy server to use for HTTP requests. https_proxy: Proxy server to use for HTTPS requests. no_proxy: Comma-separated list of hosts, IP addresses, or IP ranges in CIDR format which should not use the proxy. Synapse will directly connect to these hosts. The http_proxy and https_proxy environment variables have the form: [scheme://][:@][:] Supported schemes are http:// and https://. The default scheme is http:// for compatibility reasons; it is recommended to set a scheme. If scheme is set to https:// the connection uses TLS between Synapse and the proxy. NOTE : Synapse validates the certificates. If the certificate is not valid, then the connection is dropped. Default port if not given is 1080. Username and password are optional and will be used to authenticate against the proxy. Examples HTTP_PROXY=http://USERNAME:PASSWORD@10.0.1.1:8080/ HTTPS_PROXY=http://USERNAME:PASSWORD@proxy.example.com:8080/ NO_PROXY=master.hostname.example.com,10.1.0.0/16,172.30.0.0/16 NOTE : Synapse does not apply the IP blacklist to connections through the proxy (since the DNS resolution is done by the proxy). It is expected that the proxy or firewall will apply blacklisting of IP addresses.","breadcrumbs":"Configuring a Forward/Outbound Proxy » Configure","id":"43","title":"Configure"},"430":{"body":"The Room Details admin API allows server admins to get all details of a room. The following fields are possible in the JSON response body: room_id - The ID of the room. name - The name of the room. topic - The topic of the room. avatar - The mxc URI to the avatar of the room. canonical_alias - The canonical (main) alias address of the room. joined_members - How many users are currently in the room. joined_local_members - How many local users are currently in the room. joined_local_devices - How many local devices are currently in the room. version - The version of the room as a string. creator - The user_id of the room creator. encryption - Algorithm of end-to-end encryption of messages. Is null if encryption is not active. federatable - Whether users on other servers can join this room. public - Whether the room is visible in room directory. join_rules - The type of rules used for users wishing to join this room. One of: [\"public\", \"knock\", \"invite\", \"private\"]. guest_access - Whether guests can join the room. One of: [\"can_join\", \"forbidden\"]. history_visibility - Who can see the room history. One of: [\"invited\", \"joined\", \"shared\", \"world_readable\"]. state_events - Total number of state_events of a room. Complexity of the room. The API is: GET /_synapse/admin/v1/rooms/ A response body like the following is returned: { \"room_id\": \"!mscvqgqpHYjBGDxNym:matrix.org\", \"name\": \"Music Theory\", \"avatar\": \"mxc://matrix.org/AQDaVFlbkQoErdOgqWRgiGSV\", \"topic\": \"Theory, Composition, Notation, Analysis\", \"canonical_alias\": \"#musictheory:matrix.org\", \"joined_members\": 127, \"joined_local_members\": 2, \"joined_local_devices\": 2, \"version\": \"1\", \"creator\": \"@foo:matrix.org\", \"encryption\": null, \"federatable\": true, \"public\": true, \"join_rules\": \"invite\", \"guest_access\": null, \"history_visibility\": \"shared\", \"state_events\": 93534\n}","breadcrumbs":"Administration » Admin API » Rooms » Room Details API","id":"430","title":"Room Details API"},"431":{"body":"The Room Members admin API allows server admins to get a list of all members of a room. The response includes the following fields: members - A list of all the members that are present in the room, represented by their ids. total - Total number of members in the room. The API is: GET /_synapse/admin/v1/rooms//members A response body like the following is returned: { \"members\": [ \"@foo:matrix.org\", \"@bar:matrix.org\", \"@foobar:matrix.org\" ], \"total\": 3\n}","breadcrumbs":"Administration » Admin API » Rooms » Room Members API","id":"431","title":"Room Members API"},"432":{"body":"The Room State admin API allows server admins to get a list of all state events in a room. The response includes the following fields: state - The current state of the room at the time of request. The API is: GET /_synapse/admin/v1/rooms//state A response body like the following is returned: { \"state\": [ {\"type\": \"m.room.create\", \"state_key\": \"\", \"etc\": true}, {\"type\": \"m.room.power_levels\", \"state_key\": \"\", \"etc\": true}, {\"type\": \"m.room.name\", \"state_key\": \"\", \"etc\": true} ]\n}","breadcrumbs":"Administration » Admin API » Rooms » Room State API","id":"432","title":"Room State API"},"433":{"body":"The Block Room admin API allows server admins to block and unblock rooms, and query to see if a given room is blocked. This API can be used to pre-emptively block a room, even if it's unknown to this homeserver. Users will be prevented from joining a blocked room.","breadcrumbs":"Administration » Admin API » Rooms » Block Room API","id":"433","title":"Block Room API"},"434":{"body":"The API is: PUT /_synapse/admin/v1/rooms//block with a body of: { \"block\": true\n} A response body like the following is returned: { \"block\": true\n} Parameters The following parameters should be set in the URL: room_id - The ID of the room. The following JSON body parameters are available: block - If true the room will be blocked and if false the room will be unblocked. Response The following fields are possible in the JSON response body: block - A boolean. true if the room is blocked, otherwise false","breadcrumbs":"Administration » Admin API » Rooms » Block or unblock a room","id":"434","title":"Block or unblock a room"},"435":{"body":"The API is: GET /_synapse/admin/v1/rooms//block A response body like the following is returned: { \"block\": true, \"user_id\": \"\"\n} Parameters The following parameters should be set in the URL: room_id - The ID of the room. Response The following fields are possible in the JSON response body: block - A boolean. true if the room is blocked, otherwise false user_id - An optional string. If the room is blocked (block is true) shows the user who has add the room to blocking list. Otherwise it is not displayed.","breadcrumbs":"Administration » Admin API » Rooms » Get block status","id":"435","title":"Get block status"},"436":{"body":"The Delete Room admin API allows server admins to remove rooms from the server and block these rooms. Shuts down a room. Moves all local users and room aliases automatically to a new room if new_room_user_id is set. Otherwise local users only leave the room without any information. The new room will be created with the user specified by the new_room_user_id parameter as room administrator and will contain a message explaining what happened. Users invited to the new room will have power level -10 by default, and thus be unable to speak. If block is true, users will be prevented from joining the old room. This option can in Version 1 also be used to pre-emptively block a room, even if it's unknown to this homeserver. In this case, the room will be blocked, and no further action will be taken. If block is false, attempting to delete an unknown room is invalid and will be rejected as a bad request. This API will remove all trace of the old room from your database after removing all local users. If purge is true (the default), all traces of the old room will be removed from your database after removing all local users. If you do not want this to happen, set purge to false. Depending on the amount of history being purged, a call to the API may take several minutes or longer. The local server will only have the power to move local user and room aliases to the new room. Users on other servers will be unaffected.","breadcrumbs":"Administration » Admin API » Rooms » Delete Room API","id":"436","title":"Delete Room API"},"437":{"body":"This version works synchronously. That means you only get the response once the server has finished the action, which may take a long time. If you request the same action a second time, and the server has not finished the first one, the second request will block. This is fixed in version 2 of this API. The parameters are the same in both APIs. This API will become deprecated in the future. The API is: DELETE /_synapse/admin/v1/rooms/ with a body of: { \"new_room_user_id\": \"@someuser:example.com\", \"room_name\": \"Content Violation Notification\", \"message\": \"Bad Room has been shutdown due to content violations on this server. Please review our Terms of Service.\", \"block\": true, \"purge\": true\n} A response body like the following is returned: { \"kicked_users\": [ \"@foobar:example.com\" ], \"failed_to_kick_users\": [], \"local_aliases\": [ \"#badroom:example.com\", \"#evilsaloon:example.com\" ], \"new_room_id\": \"!newroomid:example.com\"\n} The parameters and response values have the same format as version 2 of the API.","breadcrumbs":"Administration » Admin API » Rooms » Version 1 (old version)","id":"437","title":"Version 1 (old version)"},"438":{"body":"Note : This API is new, experimental and \"subject to change\". This version works asynchronously, meaning you get the response from server immediately while the server works on that task in background. You can then request the status of the action to check if it has completed. The API is: DELETE /_synapse/admin/v2/rooms/ with a body of: { \"new_room_user_id\": \"@someuser:example.com\", \"room_name\": \"Content Violation Notification\", \"message\": \"Bad Room has been shutdown due to content violations on this server. Please review our Terms of Service.\", \"block\": true, \"purge\": true\n} The API starts the shut down and purge running, and returns immediately with a JSON body with a purge id: { \"delete_id\": \"\"\n} Parameters The following parameters should be set in the URL: room_id - The ID of the room. The following JSON body parameters are available: new_room_user_id - Optional. If set, a new room will be created with this user ID as the creator and admin, and all users in the old room will be moved into that room. If not set, no new room will be created and the users will just be removed from the old room. The user ID must be on the local server, but does not necessarily have to belong to a registered user. room_name - Optional. A string representing the name of the room that new users will be invited to. Defaults to Content Violation Notification message - Optional. A string containing the first message that will be sent as new_room_user_id in the new room. Ideally this will clearly convey why the original room was shut down. Defaults to Sharing illegal content on this server is not permitted and rooms in violation will be blocked. block - Optional. If set to true, this room will be added to a blocking list, preventing future attempts to join the room. Rooms can be blocked even if they're not yet known to the homeserver (only with Version 1 of the API). Defaults to false. purge - Optional. If set to true, it will remove all traces of the room from your database. Defaults to true. force_purge - Optional, and ignored unless purge is true. If set to true, it will force a purge to go ahead even if there are local users still in the room. Do not use this unless a regular purge operation fails, as it could leave those users' clients in a confused state. The JSON body must not be empty. The body must be at least {}.","breadcrumbs":"Administration » Admin API » Rooms » Version 2 (new version)","id":"438","title":"Version 2 (new version)"},"439":{"body":"Note : This API is new, experimental and \"subject to change\". It is possible to query the status of the background task for deleting rooms. The status can be queried up to 24 hours after completion of the task, or until Synapse is restarted (whichever happens first).","breadcrumbs":"Administration » Admin API » Rooms » Status of deleting rooms","id":"439","title":"Status of deleting rooms"},"44":{"body":"The proxy will be used for: push url previews phone-home stats recaptcha validation CAS auth validation OpenID Connect Outbound federation Federation (checking public key revocation) Fetching public keys of other servers Downloading remote media It will not be used for: Application Services Identity servers In worker configurations connections between workers connections from workers to Redis","breadcrumbs":"Configuring a Forward/Outbound Proxy » Connection types","id":"44","title":"Connection types"},"440":{"body":"With this API you can get the status of all active deletion tasks, and all those completed in the last 24h, for the given room_id. The API is: GET /_synapse/admin/v2/rooms//delete_status A response body like the following is returned: { \"results\": [ { \"delete_id\": \"delete_id1\", \"status\": \"failed\", \"error\": \"error message\", \"shutdown_room\": { \"kicked_users\": [], \"failed_to_kick_users\": [], \"local_aliases\": [], \"new_room_id\": null } }, { \"delete_id\": \"delete_id2\", \"status\": \"purging\", \"shutdown_room\": { \"kicked_users\": [ \"@foobar:example.com\" ], \"failed_to_kick_users\": [], \"local_aliases\": [ \"#badroom:example.com\", \"#evilsaloon:example.com\" ], \"new_room_id\": \"!newroomid:example.com\" } } ]\n} Parameters The following parameters should be set in the URL: room_id - The ID of the room.","breadcrumbs":"Administration » Admin API » Rooms » Query by room_id","id":"440","title":"Query by room_id"},"441":{"body":"With this API you can get the status of one specific task by delete_id. The API is: GET /_synapse/admin/v2/rooms/delete_status/ A response body like the following is returned: { \"status\": \"purging\", \"shutdown_room\": { \"kicked_users\": [ \"@foobar:example.com\" ], \"failed_to_kick_users\": [], \"local_aliases\": [ \"#badroom:example.com\", \"#evilsaloon:example.com\" ], \"new_room_id\": \"!newroomid:example.com\" }\n} Parameters The following parameters should be set in the URL: delete_id - The ID for this delete.","breadcrumbs":"Administration » Admin API » Rooms » Query by delete_id","id":"441","title":"Query by delete_id"},"442":{"body":"The following fields are returned in the JSON response body: results - An array of objects, each containing information about one task. This field is omitted from the result when you query by delete_id. Task objects contain the following fields: delete_id - The ID for this purge if you query by room_id. status - The status will be one of: shutting_down - The process is removing users from the room. purging - The process is purging the room and event data from database. complete - The process has completed successfully. failed - The process is aborted, an error has occurred. error - A string that shows an error message if status is failed. Otherwise this field is hidden. shutdown_room - An object containing information about the result of shutting down the room. Note: The result is shown after removing the room members. The delete process can still be running. Please pay attention to the status. kicked_users - An array of users (user_id) that were kicked. failed_to_kick_users - An array of users (user_id) that that were not kicked. local_aliases - An array of strings representing the local aliases that were migrated from the old room to the new. new_room_id - A string representing the room ID of the new room, or null if no such room was created.","breadcrumbs":"Administration » Admin API » Rooms » Response","id":"442","title":"Response"},"443":{"body":"Note : This guide may be outdated by the time you read it. By nature of room deletions being performed at the database level, the structure can and does change without notice. First, it's important to understand that a room deletion is very destructive. Undoing a deletion is not as simple as pretending it never happened - work has to be done to move forward instead of resetting the past. In fact, in some cases it might not be possible to recover at all: If the room was invite-only, your users will need to be re-invited. If the room no longer has any members at all, it'll be impossible to rejoin. The first user to rejoin will have to do so via an alias on a different server (or receive an invite from a user on a different server). With all that being said, if you still want to try and recover the room: If the room was blocked, you must unblock it on your server. This can be accomplished as follows: For safety reasons, shut down Synapse. In the database, run DELETE FROM blocked_rooms WHERE room_id = '!example:example.org'; For caution: it's recommended to run this in a transaction: BEGIN; DELETE ...;, verify you got 1 result, then COMMIT;. The room ID is the same one supplied to the delete room API, not the Content Violation room. Restart Synapse. This step is unnecessary if block was not set. Any room aliases on your server that pointed to the deleted room may have been deleted, or redirected to the Content Violation room. These will need to be restored manually. Users on your server that were in the deleted room will have been kicked from the room. Consider whether you want to update their membership (possibly via the Edit Room Membership API ) or let them handle rejoining themselves. If new_room_user_id was given, a 'Content Violation' will have been created. Consider whether you want to delete that roomm.","breadcrumbs":"Administration » Admin API » Rooms » Undoing room deletions","id":"443","title":"Undoing room deletions"},"444":{"body":"Grants another user the highest power available to a local user who is in the room. If the user is not in the room, and it is not publicly joinable, then invite the user. By default the server admin (the caller) is granted power, but another user can optionally be specified, e.g.: POST /_synapse/admin/v1/rooms//make_room_admin\n{ \"user_id\": \"@foo:example.com\"\n}","breadcrumbs":"Administration » Admin API » Rooms » Make Room Admin API","id":"444","title":"Make Room Admin API"},"445":{"body":"Enables querying and deleting forward extremities from rooms. When a lot of forward extremities accumulate in a room, performance can become degraded. For details, see #1760 .","breadcrumbs":"Administration » Admin API » Rooms » Forward Extremities Admin API","id":"445","title":"Forward Extremities Admin API"},"446":{"body":"To check the status of forward extremities for a room: GET /_synapse/admin/v1/rooms//forward_extremities A response as follows will be returned: { \"count\": 1, \"results\": [ { \"event_id\": \"$M5SP266vsnxctfwFgFLNceaCo3ujhRtg_NiiHabcdefgh\", \"state_group\": 439, \"depth\": 123, \"received_ts\": 1611263016761 } ]\n}","breadcrumbs":"Administration » Admin API » Rooms » Check for forward extremities","id":"446","title":"Check for forward extremities"},"447":{"body":"WARNING : Please ensure you know what you're doing and have read the related issue #1760 . Under no situations should this API be executed as an automated maintenance task! If a room has lots of forward extremities, the extra can be deleted as follows: DELETE /_synapse/admin/v1/rooms//forward_extremities A response as follows will be returned, indicating the amount of forward extremities that were deleted. { \"deleted\": 1\n}","breadcrumbs":"Administration » Admin API » Rooms » Deleting forward extremities","id":"447","title":"Deleting forward extremities"},"448":{"body":"This API lets a client find the context of an event. This is designed primarily to investigate abuse reports. GET /_synapse/admin/v1/rooms//context/ This API mimmicks GET /_matrix/client/r0/rooms/{roomId}/context/{eventId} . Please refer to the link for all details on parameters and reseponse. Example response: { \"end\": \"t29-57_2_0_2\", \"events_after\": [ { \"content\": { \"body\": \"This is an example text message\", \"msgtype\": \"m.text\", \"format\": \"org.matrix.custom.html\", \"formatted_body\": \"This is an example text message\" }, \"type\": \"m.room.message\", \"event_id\": \"$143273582443PhrSn:example.org\", \"room_id\": \"!636q39766251:example.com\", \"sender\": \"@example:example.org\", \"origin_server_ts\": 1432735824653, \"unsigned\": { \"age\": 1234 } } ], \"event\": { \"content\": { \"body\": \"filename.jpg\", \"info\": { \"h\": 398, \"w\": 394, \"mimetype\": \"image/jpeg\", \"size\": 31037 }, \"url\": \"mxc://example.org/JWEIFJgwEIhweiWJE\", \"msgtype\": \"m.image\" }, \"type\": \"m.room.message\", \"event_id\": \"$f3h4d129462ha:example.com\", \"room_id\": \"!636q39766251:example.com\", \"sender\": \"@example:example.org\", \"origin_server_ts\": 1432735824653, \"unsigned\": { \"age\": 1234 } }, \"events_before\": [ { \"content\": { \"body\": \"something-important.doc\", \"filename\": \"something-important.doc\", \"info\": { \"mimetype\": \"application/msword\", \"size\": 46144 }, \"msgtype\": \"m.file\", \"url\": \"mxc://example.org/FHyPlCeYUSFFxlgbQYZmoEoe\" }, \"type\": \"m.room.message\", \"event_id\": \"$143273582443PhrSn:example.org\", \"room_id\": \"!636q39766251:example.com\", \"sender\": \"@example:example.org\", \"origin_server_ts\": 1432735824653, \"unsigned\": { \"age\": 1234 } } ], \"start\": \"t27-54_2_0_2\", \"state\": [ { \"content\": { \"creator\": \"@example:example.org\", \"room_version\": \"1\", \"m.federate\": true, \"predecessor\": { \"event_id\": \"$something:example.org\", \"room_id\": \"!oldroom:example.org\" } }, \"type\": \"m.room.create\", \"event_id\": \"$143273582443PhrSn:example.org\", \"room_id\": \"!636q39766251:example.com\", \"sender\": \"@example:example.org\", \"origin_server_ts\": 1432735824653, \"unsigned\": { \"age\": 1234 }, \"state_key\": \"\" }, { \"content\": { \"membership\": \"join\", \"avatar_url\": \"mxc://example.org/SEsfnsuifSDFSSEF\", \"displayname\": \"Alice Margatroid\" }, \"type\": \"m.room.member\", \"event_id\": \"$143273582443PhrSn:example.org\", \"room_id\": \"!636q39766251:example.com\", \"sender\": \"@example:example.org\", \"origin_server_ts\": 1432735824653, \"unsigned\": { \"age\": 1234 }, \"state_key\": \"@alice:example.org\" } ]\n}","breadcrumbs":"Administration » Admin API » Rooms » Event Context API","id":"448","title":"Event Context API"},"449":{"body":"The API to send notices is as follows: POST /_synapse/admin/v1/send_server_notice or: PUT /_synapse/admin/v1/send_server_notice/{txnId} You will need to authenticate with an access token for an admin user. When using the PUT form, retransmissions with the same transaction ID will be ignored in the same way as with PUT /_matrix/client/r0/rooms/{roomId}/send/{eventType}/{txnId}. The request body should look something like the following: { \"user_id\": \"@target_user:server_name\", \"content\": { \"msgtype\": \"m.text\", \"body\": \"This is my message\" }\n} You can optionally include the following additional parameters: type: the type of event. Defaults to m.room.message. state_key: Setting this will result in a state event being sent. Once the notice has been sent, the API will return the following response: { \"event_id\": \"\"\n} Note that server notices must be enabled in homeserver.yaml before this API can be used. See the server notices documentation for more information.","breadcrumbs":"Administration » Admin API » Server Notices » Server Notices","id":"449","title":"Server Notices"},"45":{"body":"If a proxy server is used with TLS (HTTPS) and no connections are established, it is most likely due to the proxy's certificates. To test this, the validation in Synapse can be deactivated. NOTE : This has an impact on security and is for testing purposes only! To deactivate the certificate validation, the following setting must be made in homserver.yaml . use_insecure_ssl_client_just_for_testing_do_not_use: true","breadcrumbs":"Configuring a Forward/Outbound Proxy » Troubleshooting","id":"45","title":"Troubleshooting"},"450":{"body":"Returns information about all local media usage of users. Gives the possibility to filter them by time and user. To use it, you will need to authenticate by providing an access_token for a server admin: see Admin API . The API is: GET /_synapse/admin/v1/statistics/users/media A response body like the following is returned: { \"users\": [ { \"displayname\": \"foo_user_0\", \"media_count\": 2, \"media_length\": 134, \"user_id\": \"@foo_user_0:test\" }, { \"displayname\": \"foo_user_1\", \"media_count\": 2, \"media_length\": 134, \"user_id\": \"@foo_user_1:test\" } ], \"next_token\": 3, \"total\": 10\n} To paginate, check for next_token and if present, call the endpoint again with from set to the value of next_token. This will return a new page. If the endpoint does not return a next_token then there are no more reports to paginate through. Parameters The following parameters should be set in the URL: limit: string representing a positive integer - Is optional but is used for pagination, denoting the maximum number of items to return in this call. Defaults to 100. from: string representing a positive integer - Is optional but used for pagination, denoting the offset in the returned results. This should be treated as an opaque value and not explicitly set to anything other than the return value of next_token from a previous call. Defaults to 0. order_by - string - The method in which to sort the returned list of users. Valid values are: user_id - Users are ordered alphabetically by user_id. This is the default. displayname - Users are ordered alphabetically by displayname. media_length - Users are ordered by the total size of uploaded media in bytes. Smallest to largest. media_count - Users are ordered by number of uploaded media. Smallest to largest. from_ts - string representing a positive integer - Considers only files created at this timestamp or later. Unix timestamp in ms. until_ts - string representing a positive integer - Considers only files created at this timestamp or earlier. Unix timestamp in ms. search_term - string - Filter users by their user ID localpart or displayname. The search term can be found in any part of the string. Defaults to no filtering. dir - string - Direction of order. Either f for forwards or b for backwards. Setting this value to b will reverse the above sort order. Defaults to f. Response The following fields are returned in the JSON response body: users - An array of objects, each containing information about the user and their local media. Objects contain the following fields: displayname - string - Displayname of this user. media_count - integer - Number of uploaded media by this user. media_length - integer - Size of uploaded media in bytes by this user. user_id - string - Fully-qualified user ID (ex. @user:server.com). next_token - integer - Opaque value used for pagination. See above. total - integer - Total number of users after filtering.","breadcrumbs":"Administration » Admin API » Statistics » Users' media usage statistics","id":"450","title":"Users' media usage statistics"},"451":{"body":"To use it, you will need to authenticate by providing an access_token for a server admin: see Admin API .","breadcrumbs":"Administration » Admin API » Users » User Admin API","id":"451","title":"User Admin API"},"452":{"body":"This API returns information about a specific user account. The api is: GET /_synapse/admin/v2/users/ It returns a JSON body like the following: { \"name\": \"@user:example.com\", \"displayname\": \"User\", // can be null if not set \"threepids\": [ { \"medium\": \"email\", \"address\": \"\", \"added_at\": 1586458409743, \"validated_at\": 1586458409743 }, { \"medium\": \"email\", \"address\": \"\", \"added_at\": 1586458409743, \"validated_at\": 1586458409743 } ], \"avatar_url\": \"\", // can be null if not set \"is_guest\": 0, \"admin\": 0, \"deactivated\": 0, \"shadow_banned\": 0, \"creation_ts\": 1560432506, \"appservice_id\": null, \"consent_server_notice_sent\": null, \"consent_version\": null, \"external_ids\": [ { \"auth_provider\": \"\", \"external_id\": \"\" }, { \"auth_provider\": \"\", \"external_id\": \"\" } ], \"user_type\": null\n} URL parameters: user_id: fully-qualified user id: for example, @user:server.com.","breadcrumbs":"Administration » Admin API » Users » Query User Account","id":"452","title":"Query User Account"},"453":{"body":"This API allows an administrator to create or modify a user account with a specific user_id. This api is: PUT /_synapse/admin/v2/users/ with a body of: { \"password\": \"user_password\", \"displayname\": \"User\", \"threepids\": [ { \"medium\": \"email\", \"address\": \"\" }, { \"medium\": \"email\", \"address\": \"\" } ], \"external_ids\": [ { \"auth_provider\": \"\", \"external_id\": \"\" }, { \"auth_provider\": \"\", \"external_id\": \"\" } ], \"avatar_url\": \"\", \"admin\": false, \"deactivated\": false, \"user_type\": null\n} Returns HTTP status code: 201 - When a new user object was created. 200 - When a user was modified. URL parameters: user_id: fully-qualified user id: for example, @user:server.com. Body parameters: password - string, optional. If provided, the user's password is updated and all devices are logged out, unless logout_devices is set to false. logout_devices - bool, optional, defaults to true. If set to false, devices aren't logged out even when password is provided. displayname - string, optional, defaults to the value of user_id. threepids - array, optional, allows setting the third-party IDs (email, msisdn) medium - string. Kind of third-party ID, either email or msisdn. address - string. Value of third-party ID. belonging to a user. external_ids - array, optional. Allow setting the identifier of the external identity provider for SSO (Single sign-on). Details in Sample Configuration File section sso and oidc_providers. auth_provider - string. ID of the external identity provider. Value of idp_id in the homeserver configuration. Note that no error is raised if the provided value is not in the homeserver configuration. external_id - string, user ID in the external identity provider. avatar_url - string, optional, must be a MXC URI . admin - bool, optional, defaults to false. deactivated - bool, optional. If unspecified, deactivation state will be left unchanged on existing accounts and set to false for new accounts. A user cannot be erased by deactivating with this API. For details on deactivating users see Deactivate Account . user_type - string or null, optional. If provided, the user type will be adjusted. If null given, the user type will be cleared. Other allowed options are: bot and support. If the user already exists then optional parameters default to the current value. In order to re-activate an account deactivated must be set to false. If users do not login via single-sign-on, a new password must be provided.","breadcrumbs":"Administration » Admin API » Users » Create or modify Account","id":"453","title":"Create or modify Account"},"454":{"body":"This API returns all local user accounts. By default, the response is ordered by ascending user ID. GET /_synapse/admin/v2/users?from=0&limit=10&guests=false A response body like the following is returned: { \"users\": [ { \"name\": \"\", \"is_guest\": 0, \"admin\": 0, \"user_type\": null, \"deactivated\": 0, \"shadow_banned\": 0, \"displayname\": \"\", \"avatar_url\": null, \"creation_ts\": 1560432668000 }, { \"name\": \"\", \"is_guest\": 0, \"admin\": 1, \"user_type\": null, \"deactivated\": 0, \"shadow_banned\": 0, \"displayname\": \"\", \"avatar_url\": \"\", \"creation_ts\": 1561550621000 } ], \"next_token\": \"100\", \"total\": 200\n} To paginate, check for next_token and if present, call the endpoint again with from set to the value of next_token. This will return a new page. If the endpoint does not return a next_token then there are no more users to paginate through. Parameters The following parameters should be set in the URL: user_id - Is optional and filters to only return users with user IDs that contain this value. This parameter is ignored when using the name parameter. name - Is optional and filters to only return users with user ID localparts or displaynames that contain this value. guests - string representing a bool - Is optional and if false will exclude guest users. Defaults to true to include guest users. deactivated - string representing a bool - Is optional and if true will include deactivated users. Defaults to false to exclude deactivated users. limit - string representing a positive integer - Is optional but is used for pagination, denoting the maximum number of items to return in this call. Defaults to 100. from - string representing a positive integer - Is optional but used for pagination, denoting the offset in the returned results. This should be treated as an opaque value and not explicitly set to anything other than the return value of next_token from a previous call. Defaults to 0. order_by - The method by which to sort the returned list of users. If the ordered field has duplicates, the second order is always by ascending name, which guarantees a stable ordering. Valid values are: name - Users are ordered alphabetically by name. This is the default. is_guest - Users are ordered by is_guest status. admin - Users are ordered by admin status. user_type - Users are ordered alphabetically by user_type. deactivated - Users are ordered by deactivated status. shadow_banned - Users are ordered by shadow_banned status. displayname - Users are ordered alphabetically by displayname. avatar_url - Users are ordered alphabetically by avatar URL. creation_ts - Users are ordered by when the users was created in ms. dir - Direction of media order. Either f for forwards or b for backwards. Setting this value to b will reverse the above sort order. Defaults to f. Caution. The database only has indexes on the columns name and creation_ts. This means that if a different sort order is used (is_guest, admin, user_type, deactivated, shadow_banned, avatar_url or displayname), this can cause a large load on the database, especially for large environments. Response The following fields are returned in the JSON response body: users - An array of objects, each containing information about an user. User objects contain the following fields: name - string - Fully-qualified user ID (ex. @user:server.com). is_guest - bool - Status if that user is a guest account. admin - bool - Status if that user is a server administrator. user_type - string - Type of the user. Normal users are type None. This allows user type specific behaviour. There are also types support and bot. deactivated - bool - Status if that user has been marked as deactivated. shadow_banned - bool - Status if that user has been marked as shadow banned. displayname - string - The user's display name if they have set one. avatar_url - string - The user's avatar URL if they have set one. creation_ts - integer - The user's creation timestamp in ms. next_token: string representing a positive integer - Indication for pagination. See above. total - integer - Total number of media.","breadcrumbs":"Administration » Admin API » Users » List Accounts","id":"454","title":"List Accounts"},"455":{"body":"This API returns information about the active sessions for a specific user. The endpoints are: GET /_synapse/admin/v1/whois/ and: GET /_matrix/client/r0/admin/whois/ See also: Client Server API Whois . It returns a JSON body like the following: { \"user_id\": \"\", \"devices\": { \"\": { \"sessions\": [ { \"connections\": [ { \"ip\": \"1.2.3.4\", \"last_seen\": 1417222374433, \"user_agent\": \"Mozilla/5.0 ...\" }, { \"ip\": \"1.2.3.10\", \"last_seen\": 1417222374500, \"user_agent\": \"Dalvik/2.1.0 ...\" } ] } ] } }\n} last_seen is measured in milliseconds since the Unix epoch.","breadcrumbs":"Administration » Admin API » Users » Query current sessions for a user","id":"455","title":"Query current sessions for a user"},"456":{"body":"This API deactivates an account. It removes active access tokens, resets the password, and deletes third-party IDs (to prevent the user requesting a password reset). It can also mark the user as GDPR-erased. This means messages sent by the user will still be visible by anyone that was in the room when these messages were sent, but hidden from users joining the room afterwards. The api is: POST /_synapse/admin/v1/deactivate/ with a body of: { \"erase\": true\n} The erase parameter is optional and defaults to false. An empty body may be passed for backwards compatibility. The following actions are performed when deactivating an user: Try to unbind 3PIDs from the identity server Remove all 3PIDs from the homeserver Delete all devices and E2EE keys Delete all access tokens Delete all pushers Delete the password hash Removal from all rooms the user is a member of Remove the user from the user directory Reject all pending invites Remove all account validity information related to the user Remove the arbitrary data store known as account data . For example, this includes: list of ignored users; push rules; secret storage keys; and cross-signing keys. The following additional actions are performed during deactivation if erase is set to true: Remove the user's display name Remove the user's avatar URL Mark the user as erased The following actions are NOT performed. The list may be incomplete. Remove mappings of SSO IDs Delete media uploaded by user (included avatar images) Delete sent and received messages Remove the user's creation (registration) timestamp Remove rate limit overrides Remove from monthly active users","breadcrumbs":"Administration » Admin API » Users » Deactivate Account","id":"456","title":"Deactivate Account"},"457":{"body":"Changes the password of another user. This will automatically log the user out of all their devices. The api is: POST /_synapse/admin/v1/reset_password/ with a body of: { \"new_password\": \"\", \"logout_devices\": true\n} The parameter new_password is required. The parameter logout_devices is optional and defaults to true.","breadcrumbs":"Administration » Admin API » Users » Reset password","id":"457","title":"Reset password"},"458":{"body":"The api is: GET /_synapse/admin/v1/users//admin A response body like the following is returned: { \"admin\": true\n}","breadcrumbs":"Administration » Admin API » Users » Get whether a user is a server administrator or not","id":"458","title":"Get whether a user is a server administrator or not"},"459":{"body":"Note that you cannot demote yourself. The api is: PUT /_synapse/admin/v1/users//admin with a body of: { \"admin\": true\n}","breadcrumbs":"Administration » Admin API » Users » Change whether a user is a server administrator or not","id":"459","title":"Change whether a user is a server administrator or not"},"46":{"body":"This document explains how to enable VoIP relaying on your homeserver with TURN. The synapse Matrix homeserver supports integration with TURN server via the TURN server REST API . This allows the homeserver to generate credentials that are valid for use on the TURN server through the use of a secret shared between the homeserver and the TURN server. The following sections describe how to install coturn (which implements the TURN REST API) and integrate it with synapse.","breadcrumbs":"Configuring a Turn Server » Overview","id":"46","title":"Overview"},"460":{"body":"Gets a list of all room_id that a specific user_id is member. The API is: GET /_synapse/admin/v1/users//joined_rooms A response body like the following is returned: { \"joined_rooms\": [ \"!DuGcnbhHGaSZQoNQR:matrix.org\", \"!ZtSaPCawyWtxfWiIy:matrix.org\" ], \"total\": 2 } The server returns the list of rooms of which the user and the server are member. If the user is local, all the rooms of which the user is member are returned. Parameters The following parameters should be set in the URL: user_id - fully qualified: for example, @user:server.com. Response The following fields are returned in the JSON response body: joined_rooms - An array of room_id. total - Number of rooms.","breadcrumbs":"Administration » Admin API » Users » List room memberships of a user","id":"460","title":"List room memberships of a user"},"461":{"body":"Gets information about account data for a specific user_id. The API is: GET /_synapse/admin/v1/users//accountdata A response body like the following is returned: { \"account_data\": { \"global\": { \"m.secret_storage.key.LmIGHTg5W\": { \"algorithm\": \"m.secret_storage.v1.aes-hmac-sha2\", \"iv\": \"fwjNZatxg==\", \"mac\": \"eWh9kNnLWZUNOgnc=\" }, \"im.vector.hide_profile\": { \"hide_profile\": true }, \"org.matrix.preview_urls\": { \"disable\": false }, \"im.vector.riot.breadcrumb_rooms\": { \"rooms\": [ \"!LxcBDAsDUVAfJDEo:matrix.org\", \"!MAhRxqasbItjOqxu:matrix.org\" ] }, \"m.accepted_terms\": { \"accepted\": [ \"https://example.org/somewhere/privacy-1.2-en.html\", \"https://example.org/somewhere/terms-2.0-en.html\" ] }, \"im.vector.setting.breadcrumbs\": { \"recent_rooms\": [ \"!MAhRxqasbItqxuEt:matrix.org\", \"!ZtSaPCawyWtxiImy:matrix.org\" ] } }, \"rooms\": { \"!GUdfZSHUJibpiVqHYd:matrix.org\": { \"m.fully_read\": { \"event_id\": \"$156334540fYIhZ:matrix.org\" } }, \"!tOZwOOiqwCYQkLhV:matrix.org\": { \"m.fully_read\": { \"event_id\": \"$xjsIyp4_NaVl2yPvIZs_k1Jl8tsC_Sp23wjqXPno\" } } } }\n} Parameters The following parameters should be set in the URL: user_id - fully qualified: for example, @user:server.com. Response The following fields are returned in the JSON response body: account_data - A map containing the account data for the user global - A map containing the global account data for the user rooms - A map containing the account data per room for the user","breadcrumbs":"Administration » Admin API » Users » Account Data","id":"461","title":"Account Data"},"462":{"body":"","breadcrumbs":"Administration » Admin API » Users » User media","id":"462","title":"User media"},"463":{"body":"Gets a list of all local media that a specific user_id has created. These are media that the user has uploaded themselves ( local media ), as well as URL preview images requested by the user if the feature is enabled . By default, the response is ordered by descending creation date and ascending media ID. The newest media is on top. You can change the order with parameters order_by and dir. The API is: GET /_synapse/admin/v1/users//media A response body like the following is returned: { \"media\": [ { \"created_ts\": 100400, \"last_access_ts\": null, \"media_id\": \"qXhyRzulkwLsNHTbpHreuEgo\", \"media_length\": 67, \"media_type\": \"image/png\", \"quarantined_by\": null, \"safe_from_quarantine\": false, \"upload_name\": \"test1.png\" }, { \"created_ts\": 200400, \"last_access_ts\": null, \"media_id\": \"FHfiSnzoINDatrXHQIXBtahw\", \"media_length\": 67, \"media_type\": \"image/png\", \"quarantined_by\": null, \"safe_from_quarantine\": false, \"upload_name\": \"test2.png\" } ], \"next_token\": 3, \"total\": 2\n} To paginate, check for next_token and if present, call the endpoint again with from set to the value of next_token. This will return a new page. If the endpoint does not return a next_token then there are no more reports to paginate through. Parameters The following parameters should be set in the URL: user_id - string - fully qualified: for example, @user:server.com. limit: string representing a positive integer - Is optional but is used for pagination, denoting the maximum number of items to return in this call. Defaults to 100. from: string representing a positive integer - Is optional but used for pagination, denoting the offset in the returned results. This should be treated as an opaque value and not explicitly set to anything other than the return value of next_token from a previous call. Defaults to 0. order_by - The method by which to sort the returned list of media. If the ordered field has duplicates, the second order is always by ascending media_id, which guarantees a stable ordering. Valid values are: media_id - Media are ordered alphabetically by media_id. upload_name - Media are ordered alphabetically by name the media was uploaded with. created_ts - Media are ordered by when the content was uploaded in ms. Smallest to largest. This is the default. last_access_ts - Media are ordered by when the content was last accessed in ms. Smallest to largest. media_length - Media are ordered by length of the media in bytes. Smallest to largest. media_type - Media are ordered alphabetically by MIME-type. quarantined_by - Media are ordered alphabetically by the user ID that initiated the quarantine request for this media. safe_from_quarantine - Media are ordered by the status if this media is safe from quarantining. dir - Direction of media order. Either f for forwards or b for backwards. Setting this value to b will reverse the above sort order. Defaults to f. If neither order_by nor dir is set, the default order is newest media on top (corresponds to order_by = created_ts and dir = b). Caution. The database only has indexes on the columns media_id, user_id and created_ts. This means that if a different sort order is used (upload_name, last_access_ts, media_length, media_type, quarantined_by or safe_from_quarantine), this can cause a large load on the database, especially for large environments. Response The following fields are returned in the JSON response body: media - An array of objects, each containing information about a media. Media objects contain the following fields: created_ts - integer - Timestamp when the content was uploaded in ms. last_access_ts - integer - Timestamp when the content was last accessed in ms. media_id - string - The id used to refer to the media. Details about the format are documented under media repository . media_length - integer - Length of the media in bytes. media_type - string - The MIME-type of the media. quarantined_by - string - The user ID that initiated the quarantine request for this media. safe_from_quarantine - bool - Status if this media is safe from quarantining. upload_name - string - The name the media was uploaded with. next_token: integer - Indication for pagination. See above. total - integer - Total number of media.","breadcrumbs":"Administration » Admin API » Users » List media uploaded by a user","id":"463","title":"List media uploaded by a user"},"464":{"body":"This API deletes the local media from the disk of your own server that a specific user_id has created. This includes any local thumbnails. This API will not affect media that has been uploaded to external media repositories (e.g https://github.com/turt2live/matrix-media-repo/). By default, the API deletes media ordered by descending creation date and ascending media ID. The newest media is deleted first. You can change the order with parameters order_by and dir. If no limit is set the API deletes 100 files per request. The API is: DELETE /_synapse/admin/v1/users//media A response body like the following is returned: { \"deleted_media\": [ \"abcdefghijklmnopqrstuvwx\" ], \"total\": 1\n} The following fields are returned in the JSON response body: deleted_media: an array of strings - List of deleted media_id total: integer - Total number of deleted media_id Note : There is no next_token. This is not useful for deleting media, because after deleting media the remaining media have a new order. Parameters This API has the same parameters as List media uploaded by a user . With the parameters you can for example limit the number of files to delete at once or delete largest/smallest or newest/oldest files first.","breadcrumbs":"Administration » Admin API » Users » Delete media uploaded by a user","id":"464","title":"Delete media uploaded by a user"},"465":{"body":"Get an access token that can be used to authenticate as that user. Useful for when admins wish to do actions on behalf of a user. The API is: POST /_synapse/admin/v1/users//login\n{} An optional valid_until_ms field can be specified in the request body as an integer timestamp that specifies when the token should expire. By default tokens do not expire. A response body like the following is returned: { \"access_token\": \"\"\n} This API does not generate a new device for the user, and so will not appear their /devices list, and in general the target user should not be able to tell they have been logged in as. To expire the token call the standard /logout API with the token. Note: The token will expire if the admin user calls /logout/all from any of their devices, but the token will not expire if the target user does the same.","breadcrumbs":"Administration » Admin API » Users » Login as a user","id":"465","title":"Login as a user"},"466":{"body":"","breadcrumbs":"Administration » Admin API » Users » User devices","id":"466","title":"User devices"},"467":{"body":"Gets information about all devices for a specific user_id. The API is: GET /_synapse/admin/v2/users//devices A response body like the following is returned: { \"devices\": [ { \"device_id\": \"QBUAZIFURK\", \"display_name\": \"android\", \"last_seen_ip\": \"1.2.3.4\", \"last_seen_ts\": 1474491775024, \"user_id\": \"\" }, { \"device_id\": \"AUIECTSRND\", \"display_name\": \"ios\", \"last_seen_ip\": \"1.2.3.5\", \"last_seen_ts\": 1474491775025, \"user_id\": \"\" } ], \"total\": 2\n} Parameters The following parameters should be set in the URL: user_id - fully qualified: for example, @user:server.com. Response The following fields are returned in the JSON response body: devices - An array of objects, each containing information about a device. Device objects contain the following fields: device_id - Identifier of device. display_name - Display name set by the user for this device. Absent if no name has been set. last_seen_ip - The IP address where this device was last seen. (May be a few minutes out of date, for efficiency reasons). last_seen_ts - The timestamp (in milliseconds since the unix epoch) when this devices was last seen. (May be a few minutes out of date, for efficiency reasons). user_id - Owner of device. total - Total number of user's devices.","breadcrumbs":"Administration » Admin API » Users » List all devices","id":"467","title":"List all devices"},"468":{"body":"Deletes the given devices for a specific user_id, and invalidates any access token associated with them. The API is: POST /_synapse/admin/v2/users//delete_devices { \"devices\": [ \"QBUAZIFURK\", \"AUIECTSRND\" ]\n} An empty JSON dict is returned. Parameters The following parameters should be set in the URL: user_id - fully qualified: for example, @user:server.com. The following fields are required in the JSON request body: devices - The list of device IDs to delete.","breadcrumbs":"Administration » Admin API » Users » Delete multiple devices","id":"468","title":"Delete multiple devices"},"469":{"body":"Gets information on a single device, by device_id for a specific user_id. The API is: GET /_synapse/admin/v2/users//devices/ A response body like the following is returned: { \"device_id\": \"\", \"display_name\": \"android\", \"last_seen_ip\": \"1.2.3.4\", \"last_seen_ts\": 1474491775024, \"user_id\": \"\"\n} Parameters The following parameters should be set in the URL: user_id - fully qualified: for example, @user:server.com. device_id - The device to retrieve. Response The following fields are returned in the JSON response body: device_id - Identifier of device. display_name - Display name set by the user for this device. Absent if no name has been set. last_seen_ip - The IP address where this device was last seen. (May be a few minutes out of date, for efficiency reasons). last_seen_ts - The timestamp (in milliseconds since the unix epoch) when this devices was last seen. (May be a few minutes out of date, for efficiency reasons). user_id - Owner of device.","breadcrumbs":"Administration » Admin API » Users » Show a device","id":"469","title":"Show a device"},"47":{"body":"For TURN relaying with coturn to work, it must be hosted on a server/endpoint with a public IP. Hosting TURN behind NAT requires port forwaring and for the NAT gateway to have a public IP. However, even with appropriate configuration, NAT is known to cause issues and to often not work.","breadcrumbs":"Configuring a Turn Server » Requirements","id":"47","title":"Requirements"},"470":{"body":"Updates the metadata on the given device_id for a specific user_id. The API is: PUT /_synapse/admin/v2/users//devices/ { \"display_name\": \"My other phone\"\n} An empty JSON dict is returned. Parameters The following parameters should be set in the URL: user_id - fully qualified: for example, @user:server.com. device_id - The device to update. The following fields are required in the JSON request body: display_name - The new display name for this device. If not given, the display name is unchanged.","breadcrumbs":"Administration » Admin API » Users » Update a device","id":"470","title":"Update a device"},"471":{"body":"Deletes the given device_id for a specific user_id, and invalidates any access token associated with it. The API is: DELETE /_synapse/admin/v2/users//devices/ {} An empty JSON dict is returned. Parameters The following parameters should be set in the URL: user_id - fully qualified: for example, @user:server.com. device_id - The device to delete.","breadcrumbs":"Administration » Admin API » Users » Delete a device","id":"471","title":"Delete a device"},"472":{"body":"Gets information about all pushers for a specific user_id. The API is: GET /_synapse/admin/v1/users//pushers A response body like the following is returned: { \"pushers\": [ { \"app_display_name\":\"HTTP Push Notifications\", \"app_id\":\"m.http\", \"data\": { \"url\":\"example.com\" }, \"device_display_name\":\"pushy push\", \"kind\":\"http\", \"lang\":\"None\", \"profile_tag\":\"\", \"pushkey\":\"a@example.com\" } ], \"total\": 1\n} Parameters The following parameters should be set in the URL: user_id - fully qualified: for example, @user:server.com. Response The following fields are returned in the JSON response body: pushers - An array containing the current pushers for the user app_display_name - string - A string that will allow the user to identify what application owns this pusher. app_id - string - This is a reverse-DNS style identifier for the application. Max length, 64 chars. data - A dictionary of information for the pusher implementation itself. url - string - Required if kind is http. The URL to use to send notifications to. format - string - The format to use when sending notifications to the Push Gateway. device_display_name - string - A string that will allow the user to identify what device owns this pusher. profile_tag - string - This string determines which set of device specific rules this pusher executes. kind - string - The kind of pusher. \"http\" is a pusher that sends HTTP pokes. lang - string - The preferred language for receiving notifications (e.g. 'en' or 'en-US') profile_tag - string - This string determines which set of device specific rules this pusher executes. pushkey - string - This is a unique identifier for this pusher. Max length, 512 bytes. total - integer - Number of pushers. See also the Client-Server API Spec on pushers .","breadcrumbs":"Administration » Admin API » Users » List all pushers","id":"472","title":"List all pushers"},"473":{"body":"Shadow-banning is a useful tool for moderating malicious or egregiously abusive users. A shadow-banned users receives successful responses to their client-server API requests, but the events are not propagated into rooms. This can be an effective tool as it (hopefully) takes longer for the user to realise they are being moderated before pivoting to another account. Shadow-banning a user should be used as a tool of last resort and may lead to confusing or broken behaviour for the client. A shadow-banned user will not receive any notification and it is generally more appropriate to ban or kick abusive users. A shadow-banned user will be unable to contact anyone on the server. To shadow-ban a user the API is: POST /_synapse/admin/v1/users//shadow_ban To un-shadow-ban a user the API is: DELETE /_synapse/admin/v1/users//shadow_ban An empty JSON dict is returned in both cases. Parameters The following parameters should be set in the URL: user_id - The fully qualified MXID: for example, @user:server.com. The user must be local.","breadcrumbs":"Administration » Admin API » Users » Controlling whether a user is shadow-banned","id":"473","title":"Controlling whether a user is shadow-banned"},"474":{"body":"This API allows to override or disable ratelimiting for a specific user. There are specific APIs to set, get and delete a ratelimit.","breadcrumbs":"Administration » Admin API » Users » Override ratelimiting for users","id":"474","title":"Override ratelimiting for users"},"475":{"body":"The API is: GET /_synapse/admin/v1/users//override_ratelimit A response body like the following is returned: { \"messages_per_second\": 0, \"burst_count\": 0\n} Parameters The following parameters should be set in the URL: user_id - The fully qualified MXID: for example, @user:server.com. The user must be local. Response The following fields are returned in the JSON response body: messages_per_second - integer - The number of actions that can be performed in a second. 0 mean that ratelimiting is disabled for this user. burst_count - integer - How many actions that can be performed before being limited. If no custom ratelimit is set, an empty JSON dict is returned. {}","breadcrumbs":"Administration » Admin API » Users » Get status of ratelimit","id":"475","title":"Get status of ratelimit"},"476":{"body":"The API is: POST /_synapse/admin/v1/users//override_ratelimit A response body like the following is returned: { \"messages_per_second\": 0, \"burst_count\": 0\n} Parameters The following parameters should be set in the URL: user_id - The fully qualified MXID: for example, @user:server.com. The user must be local. Body parameters: messages_per_second - positive integer, optional. The number of actions that can be performed in a second. Defaults to 0. burst_count - positive integer, optional. How many actions that can be performed before being limited. Defaults to 0. To disable users' ratelimit set both values to 0. Response The following fields are returned in the JSON response body: messages_per_second - integer - The number of actions that can be performed in a second. burst_count - integer - How many actions that can be performed before being limited.","breadcrumbs":"Administration » Admin API » Users » Set ratelimit","id":"476","title":"Set ratelimit"},"477":{"body":"The API is: DELETE /_synapse/admin/v1/users//override_ratelimit An empty JSON dict is returned. {} Parameters The following parameters should be set in the URL: user_id - The fully qualified MXID: for example, @user:server.com. The user must be local.","breadcrumbs":"Administration » Admin API » Users » Delete ratelimit","id":"477","title":"Delete ratelimit"},"478":{"body":"Checks to see if a username is available, and valid, for the server. See the client-server API for more information. This endpoint will work even if registration is disabled on the server, unlike /_matrix/client/r0/register/available. The API is: GET /_synapse/admin/v1/username_available?username=$localpart The request and response format is the same as the /_matrix/client/r0/register/available API.","breadcrumbs":"Administration » Admin API » Users » Check username availability","id":"478","title":"Check username availability"},"479":{"body":"This API returns the running Synapse version and the Python version on which Synapse is being run. This is useful when a Synapse instance is behind a proxy that does not forward the 'Server' header (which also contains Synapse version information). The api is: GET /_synapse/admin/v1/server_version It returns a JSON body like the following: { \"server_version\": \"0.99.2rc1 (b=develop, abcdef123)\", \"python_version\": \"3.7.8\"\n}","breadcrumbs":"Administration » Admin API » Server Version » Version API","id":"479","title":"Version API"},"48":{"body":"","breadcrumbs":"Configuring a Turn Server » coturn setup","id":"48","title":"coturn setup"},"480":{"body":"This API allows a server administrator to manage Synapse's federation with other homeservers. Note: This API is new, experimental and \"subject to change\".","breadcrumbs":"Administration » Admin API » Federation » Federation API","id":"480","title":"Federation API"},"481":{"body":"This API gets the current destination retry timing info for all remote servers. The list contains all the servers with which the server federates, regardless of whether an error occurred or not. If an error occurs, it may take up to 20 minutes for the error to be displayed here, as a complete retry must have failed. The API is: A standard request with no filtering: GET /_synapse/admin/v1/federation/destinations A response body like the following is returned: { \"destinations\":[ { \"destination\": \"matrix.org\", \"retry_last_ts\": 1557332397936, \"retry_interval\": 3000000, \"failure_ts\": 1557329397936, \"last_successful_stream_ordering\": null } ], \"total\": 1\n} To paginate, check for next_token and if present, call the endpoint again with from set to the value of next_token. This will return a new page. If the endpoint does not return a next_token then there are no more destinations to paginate through. Parameters The following query parameters are available: from - Offset in the returned list. Defaults to 0. limit - Maximum amount of destinations to return. Defaults to 100. order_by - The method in which to sort the returned list of destinations. Valid values are: destination - Destinations are ordered alphabetically by remote server name. This is the default. retry_last_ts - Destinations are ordered by time of last retry attempt in ms. retry_interval - Destinations are ordered by how long until next retry in ms. failure_ts - Destinations are ordered by when the server started failing in ms. last_successful_stream_ordering - Destinations are ordered by the stream ordering of the most recent successfully-sent PDU. dir - Direction of room order. Either f for forwards or b for backwards. Setting this value to b will reverse the above sort order. Defaults to f. Caution: The database only has an index on the column destination. This means that if a different sort order is used, this can cause a large load on the database, especially for large environments. Response The following fields are returned in the JSON response body: destinations - An array of objects, each containing information about a destination. Destination objects contain the following fields: destination - string - Name of the remote server to federate. retry_last_ts - integer - The last time Synapse tried and failed to reach the remote server, in ms. This is 0 if the last attempt to communicate with the remote server was successful. retry_interval - integer - How long since the last time Synapse tried to reach the remote server before trying again, in ms. This is 0 if no further retrying occuring. failure_ts - nullable integer - The first time Synapse tried and failed to reach the remote server, in ms. This is null if communication with the remote server has never failed. last_successful_stream_ordering - nullable integer - The stream ordering of the most recent successfully-sent PDU to this destination, or null if this information has not been tracked yet. next_token: string representing a positive integer - Indication for pagination. See above. total - integer - Total number of destinations.","breadcrumbs":"Administration » Admin API » Federation » List of destinations","id":"481","title":"List of destinations"},"482":{"body":"This API gets the retry timing info for a specific remote server. The API is: GET /_synapse/admin/v1/federation/destinations/ A response body like the following is returned: { \"destination\": \"matrix.org\", \"retry_last_ts\": 1557332397936, \"retry_interval\": 3000000, \"failure_ts\": 1557329397936, \"last_successful_stream_ordering\": null\n} Parameters The following parameters should be set in the URL: destination - Name of the remote server. Response The response fields are the same like in the destinations array in List of destinations response.","breadcrumbs":"Administration » Admin API » Federation » Destination Details API","id":"482","title":"Destination Details API"},"483":{"body":"This API gets the rooms that federate with a specific remote server. The API is: GET /_synapse/admin/v1/federation/destinations//rooms A response body like the following is returned: { \"rooms\":[ { \"room_id\": \"!OGEhHVWSdvArJzumhm:matrix.org\", \"stream_ordering\": 8326 }, { \"room_id\": \"!xYvNcQPhnkrdUmYczI:matrix.org\", \"stream_ordering\": 93534 } ], \"total\": 2\n} To paginate, check for next_token and if present, call the endpoint again with from set to the value of next_token. This will return a new page. If the endpoint does not return a next_token then there are no more destinations to paginate through. Parameters The following parameters should be set in the URL: destination - Name of the remote server. The following query parameters are available: from - Offset in the returned list. Defaults to 0. limit - Maximum amount of destinations to return. Defaults to 100. dir - Direction of room order by room_id. Either f for forwards or b for backwards. Defaults to f. Response The following fields are returned in the JSON response body: rooms - An array of objects, each containing information about a room. Room objects contain the following fields: room_id - string - The ID of the room. stream_ordering - integer - The stream ordering of the most recent successfully-sent PDU to this destination in this room. next_token: string representing a positive integer - Indication for pagination. See above. total - integer - Total number of destinations.","breadcrumbs":"Administration » Admin API » Federation » Destination rooms","id":"483","title":"Destination rooms"},"484":{"body":"Synapse makes federation requests to other homeservers. If a federation request fails, Synapse will mark the destination homeserver as offline, preventing any future requests to that server for a \"cooldown\" period. This period grows over time if the server continues to fail its responses ( exponential backoff ). Admins can cancel the cooldown period with this API. This API resets the retry timing for a specific remote server and tries to connect to the remote server again. It does not wait for the next retry_interval. The connection must have previously run into an error and retry_last_ts ( Destination Details API ) must not be equal to 0. The connection attempt is carried out in the background and can take a while even if the API already returns the http status 200. The API is: POST /_synapse/admin/v1/federation/destinations//reset_connection {} Parameters The following parameters should be set in the URL: destination - Name of the remote server.","breadcrumbs":"Administration » Admin API » Federation » Reset connection timeout","id":"484","title":"Reset connection timeout"},"485":{"body":"The \"manhole\" allows server administrators to access a Python shell on a running Synapse installation. This is a very powerful mechanism for administration and debugging. Security Warning Note that this will give administrative access to synapse to all users with shell access to the server. It should therefore not be enabled in environments where untrusted users have shell access.","breadcrumbs":"Administration » Manhole » Using the synapse manhole","id":"485","title":"Using the synapse manhole"},"486":{"body":"To enable it, first uncomment the manhole listener configuration in homeserver.yaml. The configuration is slightly different if you're using docker. Docker config If you are using Docker, set bind_addresses to ['0.0.0.0'] as shown: listeners: - port: 9000 bind_addresses: ['0.0.0.0'] type: manhole When using docker run to start the server, you will then need to change the command to the following to include the manhole port forwarding. The -p 127.0.0.1:9000:9000 below is important: it ensures that access to the manhole is only possible for local users. docker run -d --name synapse \\ --mount type=volume,src=synapse-data,dst=/data \\ -p 8008:8008 \\ -p 127.0.0.1:9000:9000 \\ matrixdotorg/synapse:latest Native config If you are not using docker, set bind_addresses to ['::1', '127.0.0.1'] as shown. The bind_addresses in the example below is important: it ensures that access to the manhole is only possible for local users). listeners: - port: 9000 bind_addresses: ['::1', '127.0.0.1'] type: manhole","breadcrumbs":"Administration » Manhole » Configuring the manhole","id":"486","title":"Configuring the manhole"},"487":{"body":"The following config options are available: username - The username for the manhole (defaults to matrix) password - The password for the manhole (defaults to rabbithole) ssh_priv_key - The path to a private SSH key (defaults to a hardcoded value) ssh_pub_key - The path to a public SSH key (defaults to a hardcoded value) For example: manhole_settings: username: manhole password: mypassword ssh_priv_key: \"/home/synapse/manhole_keys/id_rsa\" ssh_pub_key: \"/home/synapse/manhole_keys/id_rsa.pub\"","breadcrumbs":"Administration » Manhole » Security settings","id":"487","title":"Security settings"},"488":{"body":"Then restart synapse, and point an ssh client at port 9000 on localhost, using the username and password configured in homeserver.yaml - with the default configuration, this would be: ssh -p9000 matrix@localhost Then enter the password when prompted (the default is rabbithole). This gives a Python REPL in which hs gives access to the synapse.server.HomeServer object - which in turn gives access to many other parts of the process. Note that, prior to Synapse 1.41, any call which returns a coroutine will need to be wrapped in ensureDeferred. As a simple example, retrieving an event from the database: >>> from twisted.internet import defer\n>>> defer.ensureDeferred(hs.get_datastores().main.get_event('$1416420717069yeQaw:matrix.org'))\n>","breadcrumbs":"Administration » Manhole » Accessing synapse manhole","id":"488","title":"Accessing synapse manhole"},"489":{"body":"Install Prometheus: Follow instructions at http://prometheus.io/docs/introduction/install/ Enable Synapse metrics: There are two methods of enabling metrics in Synapse. The first serves the metrics as a part of the usual web server and can be enabled by adding the \"metrics\" resource to the existing listener as such: resources: - names: - client - metrics This provides a simple way of adding metrics to your Synapse installation, and serves under /_synapse/metrics. If you do not wish your metrics be publicly exposed, you will need to either filter it out at your load balancer, or use the second method. The second method runs the metrics server on a different port, in a different thread to Synapse. This can make it more resilient to heavy load meaning metrics cannot be retrieved, and can be exposed to just internal networks easier. The served metrics are available over HTTP only, and will be available at /_synapse/metrics. Add a new listener to homeserver.yaml: listeners: - type: metrics port: 9000 bind_addresses: - '0.0.0.0' For both options, you will need to ensure that enable_metrics is set to True. Restart Synapse. Add a Prometheus target for Synapse. It needs to set the metrics_path to a non-default value (under scrape_configs): - job_name: \"synapse\" scrape_interval: 15s metrics_path: \"/_synapse/metrics\" static_configs: - targets: [\"my.server.here:port\"] where my.server.here is the IP address of Synapse, and port is the listener port configured with the metrics resource. If your prometheus is older than 1.5.2, you will need to replace static_configs in the above with target_groups. Restart Prometheus. Consider using the grafana dashboard and required recording rules","breadcrumbs":"Administration » Monitoring » How to monitor Synapse metrics using Prometheus","id":"489","title":"How to monitor Synapse metrics using Prometheus"},"49":{"body":"The TURN daemon coturn is available from a variety of sources such as native package managers, or installation from source. Debian installation Just install the debian package: apt install coturn This will install and start a systemd service called coturn. Source installation Download the latest release from github. Unpack it and cd into the directory. Configure it: ./configure You may need to install libevent2: if so, you should do so in the way recommended by your operating system. You can ignore warnings about lack of database support: a database is unnecessary for this purpose. Build and install it: make\nmake install","breadcrumbs":"Configuring a Turn Server » Initial installation","id":"49","title":"Initial installation"},"490":{"body":"To monitor a Synapse installation using workers , every worker needs to be monitored independently, in addition to the main homeserver process. This is because workers don't send their metrics to the main homeserver process, but expose them directly (if they are configured to do so). To allow collecting metrics from a worker, you need to add a metrics listener to its configuration, by adding the following under worker_listeners: - type: metrics bind_address: '' port: 9101 The bind_address and port parameters should be set so that the resulting listener can be reached by prometheus, and they don't clash with an existing worker. With this example, the worker's metrics would then be available on http://127.0.0.1:9101. Example Prometheus target for Synapse with workers: - job_name: \"synapse\" scrape_interval: 15s metrics_path: \"/_synapse/metrics\" static_configs: - targets: [\"my.server.here:port\"] labels: instance: \"my.server\" job: \"master\" index: 1 - targets: [\"my.workerserver.here:port\"] labels: instance: \"my.server\" job: \"generic_worker\" index: 1 - targets: [\"my.workerserver.here:port\"] labels: instance: \"my.server\" job: \"generic_worker\" index: 2 - targets: [\"my.workerserver.here:port\"] labels: instance: \"my.server\" job: \"media_repository\" index: 1 Labels (instance, job, index) can be defined as anything. The labels are used to group graphs in grafana.","breadcrumbs":"Administration » Monitoring » Monitoring workers","id":"490","title":"Monitoring workers"},"491":{"body":"Synapse 1.2 updates the Prometheus metrics to match the naming convention of the upstream prometheus_client. The old names are considered deprecated and will be removed in a future version of Synapse. New Name Old Name python_gc_objects_collected_total python_gc_objects_collected python_gc_objects_uncollectable_total python_gc_objects_uncollectable python_gc_collections_total python_gc_collections process_cpu_seconds_total process_cpu_seconds synapse_federation_client_sent_transactions_total synapse_federation_client_sent_transactions synapse_federation_client_events_processed_total synapse_federation_client_events_processed synapse_event_processing_loop_count_total synapse_event_processing_loop_count synapse_event_processing_loop_room_count_total synapse_event_processing_loop_room_count synapse_util_metrics_block_count_total synapse_util_metrics_block_count synapse_util_metrics_block_time_seconds_total synapse_util_metrics_block_time_seconds synapse_util_metrics_block_ru_utime_seconds_total synapse_util_metrics_block_ru_utime_seconds synapse_util_metrics_block_ru_stime_seconds_total synapse_util_metrics_block_ru_stime_seconds synapse_util_metrics_block_db_txn_count_total synapse_util_metrics_block_db_txn_count synapse_util_metrics_block_db_txn_duration_seconds_total synapse_util_metrics_block_db_txn_duration_seconds synapse_util_metrics_block_db_sched_duration_seconds_total synapse_util_metrics_block_db_sched_duration_seconds synapse_background_process_start_count_total synapse_background_process_start_count synapse_background_process_ru_utime_seconds_total synapse_background_process_ru_utime_seconds synapse_background_process_ru_stime_seconds_total synapse_background_process_ru_stime_seconds synapse_background_process_db_txn_count_total synapse_background_process_db_txn_count synapse_background_process_db_txn_duration_seconds_total synapse_background_process_db_txn_duration_seconds synapse_background_process_db_sched_duration_seconds_total synapse_background_process_db_sched_duration_seconds synapse_storage_events_persisted_events_total synapse_storage_events_persisted_events synapse_storage_events_persisted_events_sep_total synapse_storage_events_persisted_events_sep synapse_storage_events_state_delta_total synapse_storage_events_state_delta synapse_storage_events_state_delta_single_event_total synapse_storage_events_state_delta_single_event synapse_storage_events_state_delta_reuse_delta_total synapse_storage_events_state_delta_reuse_delta synapse_federation_server_received_pdus_total synapse_federation_server_received_pdus synapse_federation_server_received_edus_total synapse_federation_server_received_edus synapse_handler_presence_notified_presence_total synapse_handler_presence_notified_presence synapse_handler_presence_federation_presence_out_total synapse_handler_presence_federation_presence_out synapse_handler_presence_presence_updates_total synapse_handler_presence_presence_updates synapse_handler_presence_timers_fired_total synapse_handler_presence_timers_fired synapse_handler_presence_federation_presence_total synapse_handler_presence_federation_presence synapse_handler_presence_bump_active_time_total synapse_handler_presence_bump_active_time synapse_federation_client_sent_edus_total synapse_federation_client_sent_edus synapse_federation_client_sent_pdu_destinations_count_total synapse_federation_client_sent_pdu_destinations:count synapse_federation_client_sent_pdu_destinations_total synapse_federation_client_sent_pdu_destinations:total synapse_handlers_appservice_events_processed_total synapse_handlers_appservice_events_processed synapse_notifier_notified_events_total synapse_notifier_notified_events synapse_push_bulk_push_rule_evaluator_push_rules_invalidation_counter_total synapse_push_bulk_push_rule_evaluator_push_rules_invalidation_counter synapse_push_bulk_push_rule_evaluator_push_rules_state_size_counter_total synapse_push_bulk_push_rule_evaluator_push_rules_state_size_counter synapse_http_httppusher_http_pushes_processed_total synapse_http_httppusher_http_pushes_processed synapse_http_httppusher_http_pushes_failed_total synapse_http_httppusher_http_pushes_failed synapse_http_httppusher_badge_updates_processed_total synapse_http_httppusher_badge_updates_processed synapse_http_httppusher_badge_updates_failed_total synapse_http_httppusher_badge_updates_failed","breadcrumbs":"Administration » Monitoring » Renaming of metrics & deprecation of old names in 1.2","id":"491","title":"Renaming of metrics & deprecation of old names in 1.2"},"492":{"body":"The duplicated metrics deprecated in Synapse 0.27.0 have been removed. All time duration-based metrics have been changed to be seconds. This affects: msec -> sec metrics python_gc_time python_twisted_reactor_tick_time synapse_storage_query_time synapse_storage_schedule_time synapse_storage_transaction_time Several metrics have been changed to be histograms, which sort entries into buckets and allow better analysis. The following metrics are now histograms: Altered metrics python_gc_time python_twisted_reactor_pending_calls python_twisted_reactor_tick_time synapse_http_server_response_time_seconds synapse_storage_query_time synapse_storage_schedule_time synapse_storage_transaction_time","breadcrumbs":"Administration » Monitoring » Removal of deprecated metrics & time based counters becoming histograms in 0.31.0","id":"492","title":"Removal of deprecated metrics & time based counters becoming histograms in 0.31.0"},"493":{"body":"Synapse 0.27.0 begins the process of rationalising the duplicate *:count metrics reported for the resource tracking for code blocks and HTTP requests. At the same time, the corresponding *:total metrics are being renamed, as the :total suffix no longer makes sense in the absence of a corresponding :count metric. To enable a graceful migration path, this release just adds new names for the metrics being renamed. A future release will remove the old ones. The following table shows the new metrics, and the old metrics which they are replacing. New name Old name synapse_util_metrics_block_count synapse_util_metrics_block_timer:count synapse_util_metrics_block_count synapse_util_metrics_block_ru_utime:count synapse_util_metrics_block_count synapse_util_metrics_block_ru_stime:count synapse_util_metrics_block_count synapse_util_metrics_block_db_txn_count:count synapse_util_metrics_block_count synapse_util_metrics_block_db_txn_duration:count synapse_util_metrics_block_time_seconds synapse_util_metrics_block_timer:total synapse_util_metrics_block_ru_utime_seconds synapse_util_metrics_block_ru_utime:total synapse_util_metrics_block_ru_stime_seconds synapse_util_metrics_block_ru_stime:total synapse_util_metrics_block_db_txn_count synapse_util_metrics_block_db_txn_count:total synapse_util_metrics_block_db_txn_duration_seconds synapse_util_metrics_block_db_txn_duration:total synapse_http_server_response_count synapse_http_server_requests synapse_http_server_response_count synapse_http_server_response_time:count synapse_http_server_response_count synapse_http_server_response_ru_utime:count synapse_http_server_response_count synapse_http_server_response_ru_stime:count synapse_http_server_response_count synapse_http_server_response_db_txn_count:count synapse_http_server_response_count synapse_http_server_response_db_txn_duration:count synapse_http_server_response_time_seconds synapse_http_server_response_time:total synapse_http_server_response_ru_utime_seconds synapse_http_server_response_ru_utime:total synapse_http_server_response_ru_stime_seconds synapse_http_server_response_ru_stime:total synapse_http_server_response_db_txn_count synapse_http_server_response_db_txn_count:total synapse_http_server_response_db_txn_duration_seconds synapse_http_server_response_db_txn_duration:total","breadcrumbs":"Administration » Monitoring » Block and response metrics renamed for 0.27.0","id":"493","title":"Block and response metrics renamed for 0.27.0"},"494":{"body":"As of synapse version 0.18.2, the format of the process-wide metrics has been changed to fit prometheus standard naming conventions. Additionally the units have been changed to seconds, from miliseconds. New name Old name process_cpu_user_seconds_total process_resource_utime / 1000 process_cpu_system_seconds_total process_resource_stime / 1000 process_open_fds (no 'type' label) process_fds The python-specific counts of garbage collector performance have been renamed. New name Old name python_gc_time reactor_gc_time python_gc_unreachable_total reactor_gc_unreachable python_gc_counts reactor_gc_counts The twisted-specific reactor metrics have been renamed. New name Old name python_twisted_reactor_pending_calls reactor_pending_calls python_twisted_reactor_tick_time reactor_tick_time","breadcrumbs":"Administration » Monitoring » Standard Metric Names","id":"494","title":"Standard Metric Names"},"495":{"body":"It is possible to monitor much of the internal state of Synapse using Prometheus metrics and Grafana . A guide for configuring Synapse to provide metrics is available here and information on setting up Grafana is here . In this setup, Prometheus will periodically scrape the information Synapse provides and store a record of it over time. Grafana is then used as an interface to query and present this information through a series of pretty graphs. Once you have grafana set up, and assuming you're using our grafana dashboard template , look for the following graphs when debugging a slow/overloaded Synapse:","breadcrumbs":"Administration » Understanding Synapse Through Grafana Graphs » Understanding Synapse through Grafana graphs","id":"495","title":"Understanding Synapse through Grafana graphs"},"496":{"body":"image This, along with the CPU and Memory graphs, is a good way to check the general health of your Synapse instance. It represents how long it takes for a user on your homeserver to send a message.","breadcrumbs":"Administration » Understanding Synapse Through Grafana Graphs » Message Event Send Time","id":"496","title":"Message Event Send Time"},"497":{"body":"image image These graphs show the database transactions that are occurring the most frequently, as well as those are that are taking the most amount of time to execute. image In the first graph, we can see obvious spikes corresponding to lots of get_user_by_id transactions. This would be useful information to figure out which part of the Synapse codebase is potentially creating a heavy load on the system. However, be sure to cross-reference this with Transaction Duration, which states that get_users_by_id is actually a very quick database transaction and isn't causing as much load as others, like persist_events: image Still, it's probably worth investigating why we're getting users from the database that often, and whether it's possible to reduce the amount of queries we make by adjusting our cache factor(s). The persist_events transaction is responsible for saving new room events to the Synapse database, so can often show a high transaction duration.","breadcrumbs":"Administration » Understanding Synapse Through Grafana Graphs » Transaction Count and Transaction Duration","id":"497","title":"Transaction Count and Transaction Duration"},"498":{"body":"The charts in the \"Federation\" section show information about incoming and outgoing federation requests. Federation data can be divided into two basic types: PDU (Persistent Data Unit) - room events: messages, state events (join/leave), etc. These are permanently stored in the database. EDU (Ephemeral Data Unit) - other data, which need not be stored permanently, such as read receipts, typing notifications. The \"Outgoing EDUs by type\" chart shows the EDUs within outgoing federation requests by type: m.device_list_update, m.direct_to_device, m.presence, m.receipt, m.typing. If you see a large number of m.presence EDUs and are having trouble with too much CPU load, you can disable presence in the Synapse config. See also #3971 .","breadcrumbs":"Administration » Understanding Synapse Through Grafana Graphs » Federation","id":"498","title":"Federation"},"499":{"body":"image image This is quite a useful graph. It shows how many times Synapse attempts to retrieve a piece of data from a cache which the cache did not contain, thus resulting in a call to the database. We can see here that the _get_joined_profile_from_event_id cache is being requested a lot, and often the data we're after is not cached. Cross-referencing this with the Eviction Rate graph, which shows that entries are being evicted from _get_joined_profile_from_event_id quite often: image we should probably consider raising the size of that cache by raising its cache factor (a multiplier value for the size of an individual cache). Information on doing so is available here (note that the configuration of individual cache factors through the configuration file is available in Synapse v1.14.0+, whereas doing so through environment variables has been supported for a very long time). Note that this will increase Synapse's overall memory usage.","breadcrumbs":"Administration » Understanding Synapse Through Grafana Graphs » Caches","id":"499","title":"Caches"},"5":{"body":"","breadcrumbs":"Installation » Installation Instructions","id":"5","title":"Installation Instructions"},"50":{"body":"Create or edit the config file in /etc/turnserver.conf. The relevant lines, with example values, are: use-auth-secret\nstatic-auth-secret=[your secret key here]\nrealm=turn.myserver.org See turnserver.conf for explanations of the options. One way to generate the static-auth-secret is with pwgen: pwgen -s 64 1 A realm must be specified, but its value is somewhat arbitrary. (It is sent to clients as part of the authentication flow.) It is conventional to set it to be your server name. You will most likely want to configure coturn to write logs somewhere. The easiest way is normally to send them to the syslog: syslog (in which case, the logs will be available via journalctl -u coturn on a systemd system). Alternatively, coturn can be configured to write to a logfile - check the example config file supplied with coturn. Consider your security settings. TURN lets users request a relay which will connect to arbitrary IP addresses and ports. The following configuration is suggested as a minimum starting point: # VoIP traffic is all UDP. There is no reason to let users connect to arbitrary TCP endpoints via the relay.\nno-tcp-relay # don't let the relay ever try to connect to private IP address ranges within your network (if any)\n# given the turn server is likely behind your firewall, remember to include any privileged public IPs too.\ndenied-peer-ip=10.0.0.0-10.255.255.255\ndenied-peer-ip=192.168.0.0-192.168.255.255\ndenied-peer-ip=172.16.0.0-172.31.255.255 # recommended additional local peers to block, to mitigate external access to internal services.\n# https://www.rtcsec.com/article/slack-webrtc-turn-compromise-and-bug-bounty/#how-to-fix-an-open-turn-relay-to-address-this-vulnerability\nno-multicast-peers\ndenied-peer-ip=0.0.0.0-0.255.255.255\ndenied-peer-ip=100.64.0.0-100.127.255.255\ndenied-peer-ip=127.0.0.0-127.255.255.255\ndenied-peer-ip=169.254.0.0-169.254.255.255\ndenied-peer-ip=192.0.0.0-192.0.0.255\ndenied-peer-ip=192.0.2.0-192.0.2.255\ndenied-peer-ip=192.88.99.0-192.88.99.255\ndenied-peer-ip=198.18.0.0-198.19.255.255\ndenied-peer-ip=198.51.100.0-198.51.100.255\ndenied-peer-ip=203.0.113.0-203.0.113.255\ndenied-peer-ip=240.0.0.0-255.255.255.255 # special case the turn server itself so that client->TURN->TURN->client flows work\n# this should be one of the turn server's listening IPs\nallowed-peer-ip=10.0.0.1 # consider whether you want to limit the quota of relayed streams per user (or total) to avoid risk of DoS.\nuser-quota=12 # 4 streams per video call, so 12 streams = 3 simultaneous relayed calls per user.\ntotal-quota=1200 Also consider supporting TLS/DTLS. To do this, add the following settings to turnserver.conf: # TLS certificates, including intermediate certs.\n# For Let's Encrypt certificates, use `fullchain.pem` here.\ncert=/path/to/fullchain.pem # TLS private key file\npkey=/path/to/privkey.pem # Ensure the configuration lines that disable TLS/DTLS are commented-out or removed\n#no-tls\n#no-dtls In this case, replace the turn: schemes in the turn_uris settings below with turns:. We recommend that you only try to set up TLS/DTLS once you have set up a basic installation and got it working. NB: If your TLS certificate was provided by Let's Encrypt, TLS/DTLS will not work with any Matrix client that uses Chromium's WebRTC library. This currently includes Element Android & iOS; for more details, see their respective issues as well as the underlying WebRTC issue . Consider using a ZeroSSL certificate for your TURN server as a working alternative. Ensure your firewall allows traffic into the TURN server on the ports you've configured it to listen on (By default: 3478 and 5349 for TURN traffic (remember to allow both TCP and UDP traffic), and ports 49152-65535 for the UDP relay.) If your TURN server is behind NAT, the NAT gateway must have an external, publicly-reachable IP address. You must configure coturn to advertise that address to connecting clients: external-ip=EXTERNAL_NAT_IPv4_ADDRESS You may optionally limit the TURN server to listen only on the local address that is mapped by NAT to the external address: listening-ip=INTERNAL_TURNSERVER_IPv4_ADDRESS If your NAT gateway is reachable over both IPv4 and IPv6, you may configure coturn to advertise each available address: external-ip=EXTERNAL_NAT_IPv4_ADDRESS\nexternal-ip=EXTERNAL_NAT_IPv6_ADDRESS When advertising an external IPv6 address, ensure that the firewall and network settings of the system running your TURN server are configured to accept IPv6 traffic, and that the TURN server is listening on the local IPv6 address that is mapped by NAT to the external IPv6 address. (Re)start the turn server: If you used the Debian package (or have set up a systemd unit yourself): systemctl restart coturn If you installed from source: bin/turnserver -o","breadcrumbs":"Configuring a Turn Server » Configuration","id":"50","title":"Configuration"},"500":{"body":"image Forward extremities are the leaf events at the end of a DAG in a room, aka events that have no children. The more that exist in a room, the more state resolution that Synapse needs to perform (hint: it's an expensive operation). While Synapse has code to prevent too many of these existing at one time in a room, bugs can sometimes make them crop up again. If a room has >10 forward extremities, it's worth checking which room is the culprit and potentially removing them using the SQL queries mentioned in #1760 .","breadcrumbs":"Administration » Understanding Synapse Through Grafana Graphs » Forward Extremities","id":"500","title":"Forward Extremities"},"501":{"body":"image Large spikes in garbage collection times (bigger than shown here, I'm talking in the multiple seconds range), can cause lots of problems in Synapse performance. It's more an indicator of problems, and a symptom of other problems though, so check other graphs for what might be causing it.","breadcrumbs":"Administration » Understanding Synapse Through Grafana Graphs » Garbage Collection","id":"501","title":"Garbage Collection"},"502":{"body":"If you're still having performance problems with your Synapse instance and you've tried everything you can, it may just be a lack of system resources. Consider adding more CPU and RAM, and make use of worker mode to make use of multiple CPU cores / multiple machines for your homeserver.","breadcrumbs":"Administration » Understanding Synapse Through Grafana Graphs » Final Thoughts","id":"502","title":"Final Thoughts"},"503":{"body":"","breadcrumbs":"Administration » Useful SQL for Admins » Some useful SQL queries for Synapse Admins","id":"503","title":"Some useful SQL queries for Synapse Admins"},"504":{"body":"SELECT pg_size_pretty( pg_database_size( 'matrix' ) );","breadcrumbs":"Administration » Useful SQL for Admins » Size of full matrix db","id":"504","title":"Size of full matrix db"},"505":{"body":"pg_size_pretty ---------------- 6420 MB\n(1 row)","breadcrumbs":"Administration » Useful SQL for Admins » Result example:","id":"505","title":"Result example:"},"506":{"body":"SELECT relname, n_live_tup AS \"rows\" FROM pg_stat_user_tables ORDER BY n_live_tup DESC LIMIT 20; This query is quick, but may be very approximate, for exact number of rows use: SELECT COUNT(*) FROM ;","breadcrumbs":"Administration » Useful SQL for Admins » Show top 20 larger tables by row count","id":"506","title":"Show top 20 larger tables by row count"},"507":{"body":"state_groups_state - 161687170\nevent_auth - 8584785\nevent_edges - 6995633\nevent_json - 6585916\nevent_reference_hashes - 6580990\nevents - 6578879\nreceived_transactions - 5713989\nevent_to_state_groups - 4873377\nstream_ordering_to_exterm - 4136285\ncurrent_state_delta_stream - 3770972\nevent_search - 3670521\nstate_events - 2845082\nroom_memberships - 2785854\ncache_invalidation_stream - 2448218\nstate_groups - 1255467\nstate_group_edges - 1229849\ncurrent_state_events - 1222905\nusers_in_public_rooms - 364059\ndevice_lists_stream - 326903\nuser_directory_search - 316433","breadcrumbs":"Administration » Useful SQL for Admins » Result example:","id":"507","title":"Result example:"},"508":{"body":"SELECT nspname || '.' || relname AS \"relation\", pg_size_pretty(pg_total_relation_size(c.oid)) AS \"total_size\" FROM pg_class c LEFT JOIN pg_namespace n ON (n.oid = c.relnamespace) WHERE nspname NOT IN ('pg_catalog', 'information_schema') AND c.relkind <> 'i' AND nspname !~ '^pg_toast' ORDER BY pg_total_relation_size(c.oid) DESC LIMIT 20;","breadcrumbs":"Administration » Useful SQL for Admins » Show top 20 larger tables by storage size","id":"508","title":"Show top 20 larger tables by storage size"},"509":{"body":"public.state_groups_state - 27 GB\npublic.event_json - 9855 MB\npublic.events - 3675 MB\npublic.event_edges - 3404 MB\npublic.received_transactions - 2745 MB\npublic.event_reference_hashes - 1864 MB\npublic.event_auth - 1775 MB\npublic.stream_ordering_to_exterm - 1663 MB\npublic.event_search - 1370 MB\npublic.room_memberships - 1050 MB\npublic.event_to_state_groups - 948 MB\npublic.current_state_delta_stream - 711 MB\npublic.state_events - 611 MB\npublic.presence_stream - 530 MB\npublic.current_state_events - 525 MB\npublic.cache_invalidation_stream - 466 MB\npublic.receipts_linearized - 279 MB\npublic.state_groups - 160 MB\npublic.device_lists_remote_cache - 124 MB\npublic.state_group_edges - 122 MB","breadcrumbs":"Administration » Useful SQL for Admins » Result example:","id":"509","title":"Result example:"},"51":{"body":"Your homeserver configuration file needs the following extra keys: \"turn_uris\": This needs to be a yaml list of public-facing URIs for your TURN server to be given out to your clients. Add separate entries for each transport your TURN server supports. \"turn_shared_secret\": This is the secret shared between your homeserver and your TURN server, so you should set it to the same string you used in turnserver.conf. \"turn_user_lifetime\": This is the amount of time credentials generated by your homeserver are valid for (in milliseconds). Shorter times offer less potential for abuse at the expense of increased traffic between web clients and your homeserver to refresh credentials. The TURN REST API specification recommends one day (86400000). \"turn_allow_guests\": Whether to allow guest users to use the TURN server. This is enabled by default, as otherwise VoIP will not work reliably for guests. However, it does introduce a security risk as it lets guests connect to arbitrary endpoints without having gone through a CAPTCHA or similar to register a real account. As an example, here is the relevant section of the config file for matrix.org. The turn_uris are appropriate for TURN servers listening on the default ports, with no TLS. turn_uris: [ \"turn:turn.matrix.org?transport=udp\", \"turn:turn.matrix.org?transport=tcp\" ]\nturn_shared_secret: \"n0t4ctuAllymatr1Xd0TorgSshar3d5ecret4obvIousreAsons\"\nturn_user_lifetime: 86400000\nturn_allow_guests: True After updating the homeserver configuration, you must restart synapse: If you use synctl: # Depending on how Synapse is installed, synctl may already be on\n# your PATH. If not, you may need to activate a virtual environment.\nsynctl restart If you use systemd: systemctl restart matrix-synapse.service ... and then reload any clients (or wait an hour for them to refresh their settings).","breadcrumbs":"Configuring a Turn Server » Synapse setup","id":"51","title":"Synapse setup"},"510":{"body":"You get the same information when you use the admin API and set parameter order_by=state_events. SELECT r.name, s.room_id, s.current_state_events FROM room_stats_current s LEFT JOIN room_stats_state r USING (room_id) ORDER BY current_state_events DESC LIMIT 20; and by state_group_events count: SELECT rss.name, s.room_id, COUNT(s.room_id) FROM state_groups_state s LEFT JOIN room_stats_state rss USING (room_id) GROUP BY s.room_id, rss.name ORDER BY COUNT(s.room_id) DESC LIMIT 20; plus same, but with join removed for performance reasons: SELECT s.room_id, COUNT(s.room_id) FROM state_groups_state s GROUP BY s.room_id ORDER BY COUNT(s.room_id) DESC LIMIT 20;","breadcrumbs":"Administration » Useful SQL for Admins » Show top 20 larger rooms by state events count","id":"510","title":"Show top 20 larger rooms by state events count"},"511":{"body":"SELECT e.room_id, r.name, COUNT(e.event_id) cnt FROM events e LEFT JOIN room_stats_state r USING (room_id) WHERE e.origin_server_ts >= DATE_PART('epoch', NOW() - INTERVAL '1 day') * 1000 GROUP BY e.room_id, r.name ORDER BY cnt DESC LIMIT 20;","breadcrumbs":"Administration » Useful SQL for Admins » Show top 20 rooms by new events count in last 1 day:","id":"511","title":"Show top 20 rooms by new events count in last 1 day:"},"512":{"body":"Caution. This query does not use any indexes, can be slow and create load on the database. SELECT COUNT(*), sender FROM events WHERE (type = 'm.room.encrypted' OR type = 'm.room.message') AND origin_server_ts >= DATE_PART('epoch', NOW() - INTERVAL '1 month') * 1000 GROUP BY sender ORDER BY COUNT(*) DESC LIMIT 20;","breadcrumbs":"Administration » Useful SQL for Admins » Show top 20 users on homeserver by sent events (messages) at last month:","id":"512","title":"Show top 20 users on homeserver by sent events (messages) at last month:"},"513":{"body":"SELECT e.room_id, r.name, e.event_id, e.type, e.content, j.json FROM events e LEFT JOIN event_json j USING (room_id) LEFT JOIN room_stats_state r USING (room_id) WHERE sender = '@LOGIN:example.com' AND e.type = 'm.room.message' ORDER BY stream_ordering DESC LIMIT 100;","breadcrumbs":"Administration » Useful SQL for Admins » Show last 100 messages from needed user, with room names:","id":"513","title":"Show last 100 messages from needed user, with room names:"},"514":{"body":"Sort and order with bash echo \"SELECT event_json.room_id, room_stats_state.name FROM event_json, room_stats_state \\\nWHERE room_stats_state.room_id = event_json.room_id\" | psql -d synapse -h localhost -U synapse_user -t \\\n| sort | uniq -c | sort -n Documentation for psql command line parameters: https://www.postgresql.org/docs/current/app-psql.html Sort and order with SQL SELECT COUNT(*), event_json.room_id, room_stats_state.name FROM event_json, room_stats_state WHERE room_stats_state.room_id = event_json.room_id GROUP BY event_json.room_id, room_stats_state.name ORDER BY COUNT(*) DESC LIMIT 50;","breadcrumbs":"Administration » Useful SQL for Admins » Show rooms with names, sorted by events in this rooms","id":"514","title":"Show rooms with names, sorted by events in this rooms"},"515":{"body":"9459 !FPUfgzXYWTKgIrwKxW:matrix.org | This Week in Matrix 9459 !FPUfgzXYWTKgIrwKxW:matrix.org | This Week in Matrix (TWIM) 17799 !iDIOImbmXxwNngznsa:matrix.org | Linux in Russian 18739 !GnEEPYXUhoaHbkFBNX:matrix.org | Riot Android 23373 !QtykxKocfZaZOUrTwp:matrix.org | Matrix HQ 39504 !gTQfWzbYncrtNrvEkB:matrix.org | ru.[matrix] 43601 !iNmaIQExDMeqdITdHH:matrix.org | Riot 43601 !iNmaIQExDMeqdITdHH:matrix.org | Riot Web/Desktop","breadcrumbs":"Administration » Useful SQL for Admins » Result example:","id":"515","title":"Result example:"},"516":{"body":"You get the same information when you use the admin API . SELECT rss.room_id, rss.name, rss.canonical_alias, rss.topic, rss.encryption, rsc.joined_members, rsc.local_users_in_room, rss.join_rules FROM room_stats_state rss LEFT JOIN room_stats_current rsc USING (room_id) WHERE room_id IN ( WHERE room_id IN ( '!OGEhHVWSdvArJzumhm:matrix.org', '!YTvKGNlinIzlkMTVRl:matrix.org' );","breadcrumbs":"Administration » Useful SQL for Admins » Lookup room state info by list of room_id","id":"516","title":"Lookup room state info by list of room_id"},"517":{"body":"SELECT user_id, device_id, user_agent, TO_TIMESTAMP(last_seen / 1000) AS \"last_seen\" FROM devices WHERE last_seen < DATE_PART('epoch', NOW() - INTERVAL '3 month') * 1000;","breadcrumbs":"Administration » Useful SQL for Admins » Show users and devices that have not been online for a while","id":"517","title":"Show users and devices that have not been online for a while"},"518":{"body":"This blog post by Victor Berger explains how to use many of the tools listed on this page: https://levans.fr/shrink-synapse-database.html","breadcrumbs":"Administration » Database Maintenance Tools » List of useful tools and scripts for maintenance Synapse database:","id":"518","title":"List of useful tools and scripts for maintenance Synapse database:"},"519":{"body":"The purge remote media API allows server admins to purge old cached remote media.","breadcrumbs":"Administration » Database Maintenance Tools » Purge Remote Media API","id":"519","title":"Purge Remote Media API"},"52":{"body":"The normal symptoms of a misconfigured TURN server are that calls between devices on different networks ring, but get stuck at \"call connecting\". Unfortunately, troubleshooting this can be tricky. Here are a few things to try: Check that you have opened your firewall to allow TCP and UDP traffic to the TURN ports (normally 3478 and 5349). Check that you have opened your firewall to allow UDP traffic to the UDP relay ports (49152-65535 by default). Try disabling coturn's TLS/DTLS listeners and enable only its (unencrypted) TCP/UDP listeners. (This will only leave signaling traffic unencrypted; voice & video WebRTC traffic is always encrypted.) Some WebRTC implementations (notably, that of Google Chrome) appear to get confused by TURN servers which are reachable over IPv6 (this appears to be an unexpected side-effect of its handling of multiple IP addresses as defined by draft-ietf-rtcweb-ip-handling ). Try removing any AAAA records for your TURN server, so that it is only reachable over IPv4. If your TURN server is behind NAT: double-check that your NAT gateway is correctly forwarding all TURN ports (normally 3478 & 5349 for TCP & UDP TURN traffic, and 49152-65535 for the UDP relay) to the NAT-internal address of your TURN server. If advertising both IPv4 and IPv6 external addresses via the external-ip option, ensure that the NAT is forwarding both IPv4 and IPv6 traffic to the IPv4 and IPv6 internal addresses of your TURN server. When in doubt, remove AAAA records for your TURN server and specify only an IPv4 address as your external-ip. ensure that your TURN server uses the NAT gateway as its default route. Enable more verbose logging in coturn via the verbose setting: verbose ... and then see if there are any clues in its logs. If you are using a browser-based client under Chrome, check chrome://webrtc-internals/ for insights into the internals of the negotiation. On Firefox, check the \"Connection Log\" on about:webrtc. (Understanding the output is beyond the scope of this document!) You can test your Matrix homeserver TURN setup with https://test.voip.librepush.net/ . Note that this test is not fully reliable yet, so don't be discouraged if the test fails. Here is the github repo of the source of the tester, where you can file bug reports. There is a WebRTC test tool at https://webrtc.github.io/samples/src/content/peerconnection/trickle-ice/ . To use it, you will need a username/password for your TURN server. You can either: look for the GET /_matrix/client/r0/voip/turnServer request made by a matrix client to your homeserver in your browser's network inspector. In the response you should see username and password. Or: Use the following shell commands: secret=staticAuthSecretHere u=$((`date +%s` + 3600)):test\np=$(echo -n $u | openssl dgst -hmac $secret -sha1 -binary | base64)\necho -e \"username: $u\\npassword: $p\" Or: Temporarily configure coturn to accept a static username/password. To do this, comment out use-auth-secret and static-auth-secret and add the following: lt-cred-mech\nuser=username:password Note : these settings will not take effect unless use-auth-secret and static-auth-secret are disabled. Restart coturn after changing the configuration file. Remember to restore the original settings to go back to testing with Matrix clients! If the TURN server is working correctly, you should see at least one relay entry in the results.","breadcrumbs":"Configuring a Turn Server » Troubleshooting","id":"52","title":"Troubleshooting"},"520":{"body":"This API deletes the local media from the disk of your own server.","breadcrumbs":"Administration » Database Maintenance Tools » Purge Local Media API","id":"520","title":"Purge Local Media API"},"521":{"body":"The purge history API allows server admins to purge historic events from their database, reclaiming disk space.","breadcrumbs":"Administration » Database Maintenance Tools » Purge History API","id":"521","title":"Purge History API"},"522":{"body":"Tool for compressing (deduplicating) state_groups_state table.","breadcrumbs":"Administration » Database Maintenance Tools » synapse-compress-state","id":"522","title":"synapse-compress-state"},"523":{"body":"Some easy SQL that reports useful stats about your Synapse database.","breadcrumbs":"Administration » Database Maintenance Tools » SQL for analyzing Synapse PostgreSQL database stats","id":"523","title":"SQL for analyzing Synapse PostgreSQL database stats"},"524":{"body":"As a general rule, I encourage people who want to understand the deepest darkest secrets of the database schema to drop by #synapse-dev:matrix.org and ask questions. However, one question that comes up frequently is that of how \"state groups\" work, and why the state_groups_state table gets so big, so here's an attempt to answer that question. We need to be able to relatively quickly calculate the state of a room at any point in that room's history. In other words, we need to know the state of the room at each event in that room. This is done as follows: A sequence of events where the state is the same are grouped together into a state_group; the mapping is recorded in event_to_state_groups. (Technically speaking, since a state event usually changes the state in the room, we are recording the state of the room after the given event id: which is to say, to a handwavey simplification, the first event in a state group is normally a state event, and others in the same state group are normally non-state-events.) state_groups records, for each state group, the id of the room that we're looking at, and also the id of the first event in that group. (I'm not sure if that event id is used much in practice.) Now, if we stored all the room state for each state_group, that would be a huge amount of data. Instead, for each state group, we normally store the difference between the state in that group and some other state group, and only occasionally (every 100 state changes or so) record the full state. So, most state groups have an entry in state_group_edges (don't ask me why it's not a column in state_groups) which records the previous state group in the room, and state_groups_state records the differences in state since that previous state group. A full state group just records the event id for each piece of state in the room at that point.","breadcrumbs":"Administration » State Groups » How do State Groups work?","id":"524","title":"How do State Groups work?"},"525":{"body":"There are various reasons that we can end up creating many more state groups than we need: see https://github.com/matrix-org/synapse/issues/3364 for more details.","breadcrumbs":"Administration » State Groups » Known bugs with state groups","id":"525","title":"Known bugs with state groups"},"526":{"body":"There is a tool at https://github.com/matrix-org/rust-synapse-compress-state which can compress the state_groups_state on a room by-room basis (essentially, it reduces the number of \"full\" state groups). This can result in dramatic reductions of the storage used.","breadcrumbs":"Administration » State Groups » Compression tool","id":"526","title":"Compression tool"},"527":{"body":"HTTP request logs are written by synapse (see site.py for details). See the following for how to decode the dense data available from the default logging configuration. 2020-10-01 12:00:00,000 - synapse.access.http.8008 - 311 - INFO - PUT-1000- 192.168.0.1 - 8008 - {another-matrix-server.com} Processed request: 0.100sec/-0.000sec (0.000sec, 0.000sec) (0.001sec/0.090sec/3) 11B !200 \"PUT /_matrix/federation/v1/send/1600000000000 HTTP/1.1\" \"Synapse/1.20.1\" [0 dbevts]\n-AAAAAAAAAAAAAAAAAAAAA- -BBBBBBBBBBBBBBBBBBBBBB- -C- -DD- -EEEEEE- -FFFFFFFFF- -GG- -HHHHHHHHHHHHHHHHHHHHHHH- -IIIIII- -JJJJJJJ- -KKKKKK-, -LLLLLL- -MMMMMMM- -NNNNNN- O -P- -QQ- -RRRRRRRRRRRRRRRRRRRRRRRRRRRRRRRRRRRRRRRRRRRRRRRRRRRR- -SSSSSSSSSSSS- -TTTTTT- Part Explanation AAAA Timestamp request was logged (not recieved) BBBB Logger name (synapse.access.(http\\|https)., where 'tag' is defined in the listeners config section, normally the port) CCCC Line number in code DDDD Log Level EEEE Request Identifier (This identifier is shared by related log lines) FFFF Source IP (Or X-Forwarded-For if enabled) GGGG Server Port HHHH Federated Server or Local User making request (blank if unauthenticated or not supplied) IIII Total Time to process the request JJJJ Time to send response over network once generated (this may be negative if the socket is closed before the response is generated) KKKK Userland CPU time LLLL System CPU time MMMM Total time waiting for a free DB connection from the pool across all parallel DB work from this request NNNN Total time waiting for response to DB queries across all parallel DB work from this request OOOO Count of DB transactions performed PPPP Response body size QQQQ Response status codeSuffixed with ! if the socket was closed before the response was generated.A 499! status code indicates that Synapse also cancelled request processing after the socket was closed. RRRR Request SSSS User-agent TTTT Events fetched from DB to service this request (note that this does not include events fetched from the cache) MMMM / NNNN can be greater than IIII if there are multiple slow database queries running in parallel. Some actions can result in multiple identical http requests, which will return the same data, but only the first request will report time/transactions in KKKK/LLLL/MMMM/NNNN/OOOO - the others will be awaiting the first query to return a response and will simultaneously return with the first request, but with very small processing times.","breadcrumbs":"Administration » Request log format » Request log format","id":"527","title":"Request log format"},"528":{"body":"","breadcrumbs":"Administration » Admin FAQ » Admin FAQ","id":"528","title":"Admin FAQ"},"529":{"body":"If your server already has an admin account you should use the user admin API to promote other accounts to become admins. See User Admin API If you don't have any admin accounts yet you won't be able to use the admin API so you'll have to edit the database manually. Manually editing the database is generally not recommended so once you have an admin account, use the admin APIs to make further changes. UPDATE users SET admin = 1 WHERE name = '@foo:bar.com';","breadcrumbs":"Administration » Admin FAQ » How do I become a server admin?","id":"529","title":"How do I become a server admin?"},"53":{"body":"In the following documentation, we use the term server_name to refer to that setting in your homeserver configuration file. It appears at the ends of user ids, and tells other homeservers where they can find your server. By default, other homeservers will expect to be able to reach yours via your server_name, on port 8448. For example, if you set your server_name to example.com (so that your user names look like @user:example.com), other servers will try to connect to yours at https://example.com:8448/. Delegation is a Matrix feature allowing a homeserver admin to retain a server_name of example.com so that user IDs, room aliases, etc continue to look like *:example.com, whilst having federation traffic routed to a different server and/or port (e.g. synapse.example.com:443).","breadcrumbs":"Delegation » Delegation of incoming federation traffic","id":"53","title":"Delegation of incoming federation traffic"},"530":{"body":"Run this sql query on your db: SELECT * FROM destinations;","breadcrumbs":"Administration » Admin FAQ » What servers are my server talking to?","id":"530","title":"What servers are my server talking to?"},"531":{"body":"Run this sql query on your db: SELECT DISTINCT split_part(state_key, ':', 2) FROM current_state_events AS c INNER JOIN room_memberships AS m USING (room_id, event_id) WHERE room_id = '!cURbafjkfsMDVwdRDQ:matrix.org' AND membership = 'join';","breadcrumbs":"Administration » Admin FAQ » What servers are currently participating in this room?","id":"531","title":"What servers are currently participating in this room?"},"532":{"body":"SELECT NAME from users;","breadcrumbs":"Administration » Admin FAQ » What users are registered on my server?","id":"532","title":"What users are registered on my server?"},"533":{"body":"See https://github.com/matrix-org/synapse/blob/master/README.rst#password-reset","breadcrumbs":"Administration » Admin FAQ » Manually resetting passwords:","id":"533","title":"Manually resetting passwords:"},"534":{"body":"Deleting your database is unlikely to make anything better. It's easy to make the mistake of thinking that you can start again from a clean slate by dropping your database, but things don't work like that in a federated network: lots of other servers have information about your server. For example: other servers might think that you are in a room, your server will think that you are not, and you'll probably be unable to interact with that room in a sensible way ever again. In general, there are better solutions to any problem than dropping the database. Come and seek help in https://matrix.to/#/#synapse:matrix.org. There are two exceptions when it might be sensible to delete your database and start again: You have never joined any rooms which are federated with other servers. For instance, a local deployment which the outside world can't talk to. You are changing the server_name in the homeserver configuration. In effect this makes your server a completely new one from the point of view of the network, so in this case it makes sense to start with a clean database. (In both cases you probably also want to clear out the media_store.)","breadcrumbs":"Administration » Admin FAQ » I have a problem with my server. Can I just delete my database and start again?","id":"534","title":"I have a problem with my server. Can I just delete my database and start again?"},"535":{"body":"Using the following curl command: curl -H 'Authorization: Bearer ' -X DELETE https://matrix.org/_matrix/client/r0/directory/room/ - can be obtained in riot by looking in the riot settings, down the bottom is: Access Token: - the room alias, eg. #my_room:matrix.org this possibly needs to be URL encoded also, for example %23my_room%3Amatrix.org","breadcrumbs":"Administration » Admin FAQ » I've stuffed up access to my room, how can I delete it to free up the alias?","id":"535","title":"I've stuffed up access to my room, how can I delete it to free up the alias?"},"536":{"body":"Synapse tags each log line according to the HTTP request it is processing. When it finishes processing each request, it logs a line containing the words Processed request: . For example: 2019-02-14 22:35:08,196 - synapse.access.http.8008 - 302 - INFO - GET-37 - ::1 - 8008 - {@richvdh:localhost} Processed request: 0.173sec/0.001sec (0.002sec, 0.000sec) (0.027sec/0.026sec/2) 687B 200 \"GET /_matrix/client/r0/sync HTTP/1.1\" \"Mozilla/5.0 (X11; Linux x86_64) AppleWebKit/537.36 (KHTML, like Gecko) Chrome/69.0.3497.100 Safari/537.36\" [0 dbevts]\" Here we can see that the request has been tagged with GET-37. (The tag depends on the method of the HTTP request, so might start with GET-, PUT-, POST-, OPTIONS- or DELETE-.) So to find all lines corresponding to this request, we can do: grep 'GET-37' homeserver.log If you want to paste that output into a github issue or matrix room, please remember to surround it with triple-backticks (```) to make it legible (see https://help.github.com/en/articles/basic-writing-and-formatting-syntax#quoting-code).","breadcrumbs":"Administration » Admin FAQ » How can I find the lines corresponding to a given HTTP request in my homeserver log?","id":"536","title":"How can I find the lines corresponding to a given HTTP request in my homeserver log?"},"537":{"body":"See Request log format .","breadcrumbs":"Administration » Admin FAQ » What do all those fields in the 'Processed' line mean?","id":"537","title":"What do all those fields in the 'Processed' line mean?"},"538":{"body":"SELECT s.canonical_alias, g.room_id, count(*) AS num_rows FROM state_groups_state AS g, room_stats_state AS s WHERE g.room_id = s.room_id GROUP BY s.canonical_alias, g.room_id\nORDER BY num_rows desc LIMIT 10; You can also use the List Room API and order_by state_events.","breadcrumbs":"Administration » Admin FAQ » What are the biggest rooms on my server?","id":"538","title":"What are the biggest rooms on my server?"},"539":{"body":"This document aims to get you started with contributing to Synapse!","breadcrumbs":"Contributing Guide » Contributing","id":"539","title":"Contributing"},"54":{"body":"To use this method, you need to be able to configure the server at https:// to serve a file at https:///.well-known/matrix/server. There are two ways to do this, shown below. Note that the .well-known file is hosted on the default port for https (port 443).","breadcrumbs":"Delegation » .well-known delegation","id":"54","title":".well-known delegation"},"540":{"body":"Everyone is welcome to contribute code to matrix.org projects , provided that they are willing to license their contributions under the same license as the project itself. We follow a simple 'inbound=outbound' model for contributions: the act of submitting an 'inbound' contribution means that the contributor agrees to license the code under the same terms as the project's overall 'outbound' license - in our case, this is almost always Apache Software License v2 (see LICENSE ).","breadcrumbs":"Contributing Guide » 1. Who can contribute to Synapse?","id":"540","title":"1. Who can contribute to Synapse?"},"541":{"body":"If you are running Windows, the Windows Subsystem for Linux (WSL) is strongly recommended for development. More information about WSL can be found at https://docs.microsoft.com/en-us/windows/wsl/install . Running Synapse natively on Windows is not officially supported. The code of Synapse is written in Python 3. To do pretty much anything, you'll need a recent version of Python 3 . Your Python also needs support for virtual environments . This is usually built-in, but some Linux distributions like Debian and Ubuntu split it out into its own package. Running sudo apt install python3-venv should be enough. Synapse can connect to PostgreSQL via the psycopg2 Python library. Building this library from source requires access to PostgreSQL's C header files. On Debian or Ubuntu Linux, these can be installed with sudo apt install libpq-dev. The source code of Synapse is hosted on GitHub. You will also need a recent version of git . For some tests, you will need a recent version of Docker .","breadcrumbs":"Contributing Guide » 2. What do I need?","id":"541","title":"2. What do I need?"},"542":{"body":"The preferred and easiest way to contribute changes is to fork the relevant project on GitHub, and then create a pull request to ask us to pull your changes into our repo. Please base your changes on the develop branch. git clone git@github.com:YOUR_GITHUB_USER_NAME/synapse.git\ngit checkout develop If you need help getting started with git, this is beyond the scope of the document, but you can find many good git tutorials on the web.","breadcrumbs":"Contributing Guide » 3. Get the source.","id":"542","title":"3. Get the source."},"543":{"body":"Synapse uses the poetry project to manage its dependencies and development environment. Once you have installed Python 3 and added the source, you should install poetry. Of their installation methods, we recommend installing poetry using pipx , pip install --user pipx\npipx install poetry but see poetry's installation instructions for other installation methods. Next, open a terminal and install dependencies as follows: cd path/where/you/have/cloned/the/repository\npoetry install --extras all This will install the runtime and developer dependencies for the project.","breadcrumbs":"Contributing Guide » 4. Install the dependencies","id":"543","title":"4. Install the dependencies"},"544":{"body":"Join our developer community on Matrix: #synapse-dev:matrix.org !","breadcrumbs":"Contributing Guide » 5. Get in touch.","id":"544","title":"5. Get in touch."},"545":{"body":"Fix your favorite problem or perhaps find a Good First Issue to work on.","breadcrumbs":"Contributing Guide » 6. Pick an issue.","id":"545","title":"6. Pick an issue."},"546":{"body":"There is a growing amount of documentation located in the docs directory, with a rendered version available online . This documentation is intended primarily for sysadmins running their own Synapse instance, as well as developers interacting externally with Synapse. docs/development exists primarily to house documentation for Synapse developers. docs/admin_api houses documentation regarding Synapse's Admin API, which is used mostly by sysadmins and external service developers. Synapse's code style is documented here . Please follow it, including the conventions for the sample configuration file . We welcome improvements and additions to our documentation itself! When writing new pages, please build docs to a book to check that your contributions render correctly. The docs are written in GitHub-Flavoured Markdown . Some documentation also exists in Synapse's GitHub Wiki , although this is primarily contributed to by community authors.","breadcrumbs":"Contributing Guide » 7. Turn coffee into code and documentation!","id":"546","title":"7. Turn coffee into code and documentation!"},"547":{"body":"While you're developing and before submitting a patch, you'll want to test your code.","breadcrumbs":"Contributing Guide » 8. Test, test, test!","id":"547","title":"8. Test, test, test!"},"548":{"body":"The linters look at your code and do two things: ensure that your code follows the coding style adopted by the project; catch a number of errors in your code. The linter takes no time at all to run as soon as you've downloaded the dependencies . poetry run ./scripts-dev/lint.sh Note that this script will modify your files to fix styling errors. Make sure that you have saved all your files. If you wish to restrict the linters to only the files changed since the last commit (much faster!), you can instead run: poetry run ./scripts-dev/lint.sh -d Or if you know exactly which files you wish to lint, you can instead run: poetry run ./scripts-dev/lint.sh path/to/file1.py path/to/file2.py path/to/folder","breadcrumbs":"Contributing Guide » Run the linters.","id":"548","title":"Run the linters."},"549":{"body":"The unit tests run parts of Synapse, including your changes, to see if anything was broken. They are slower than the linters but will typically catch more errors. poetry run trial tests If you wish to only run some unit tests, you may specify another module instead of tests - or a test class or a method: poetry run trial tests.rest.admin.test_room tests.handlers.test_admin.ExfiltrateData.test_invite If your tests fail, you may wish to look at the logs (the default log level is ERROR): less _trial_temp/test.log To increase the log level for the tests, set SYNAPSE_TEST_LOG_LEVEL: SYNAPSE_TEST_LOG_LEVEL=DEBUG poetry run trial tests By default, tests will use an in-memory SQLite database for test data. For additional help with debugging, one can use an on-disk SQLite database file instead, in order to review database state during and after running tests. This can be done by setting the SYNAPSE_TEST_PERSIST_SQLITE_DB environment variable. Doing so will cause the database state to be stored in a file named test.db under the trial process' working directory. Typically, this ends up being _trial_temp/test.db. For example: SYNAPSE_TEST_PERSIST_SQLITE_DB=1 poetry run trial tests The database file can then be inspected with: sqlite3 _trial_temp/test.db Note that the database file is cleared at the beginning of each test run. Thus it will always only contain the data generated by the last run test . Though generally when debugging, one is only running a single test anyway.","breadcrumbs":"Contributing Guide » Run the unit tests (Twisted trial).","id":"549","title":"Run the unit tests (Twisted trial)."},"55":{"body":"For maximum flexibility, you need to configure an external server such as nginx, Apache or HAProxy to serve the https:///.well-known/matrix/server file. Setting up such a server is out of the scope of this documentation, but note that it is often possible to configure your reverse proxy for this. The URL https:///.well-known/matrix/server should be configured return a JSON structure containing the key m.server like this: { \"m.server\": \"[:]\"\n} In our example (where we want federation traffic to be routed to https://synapse.example.com, on port 443), this would mean that https://example.com/.well-known/matrix/server should return: { \"m.server\": \"synapse.example.com:443\"\n} Note, specifying a port is optional. If no port is specified, then it defaults to 8448.","breadcrumbs":"Delegation » External server","id":"55","title":"External server"},"550":{"body":"Invoking trial as above will use an in-memory SQLite database. This is great for quick development and testing. However, we recommend using a PostgreSQL database in production (and indeed, we have some code paths specific to each database). This means that we need to run our unit tests against PostgreSQL too. Our CI does this automatically for pull requests and release candidates, but it's sometimes useful to reproduce this locally. Using Docker The easiest way to do so is to run Postgres via a docker container. In one terminal: docker run --rm -e POSTGRES_PASSWORD=mysecretpassword -e POSTGRES_USER=postgres -e POSTGRES_DB=postgress -p 5432:5432 postgres:14 If you see an error like docker: Error response from daemon: driver failed programming external connectivity on endpoint nice_ride (b57bbe2e251b70015518d00c9981e8cb8346b5c785250341a6c53e3c899875f1): Error starting userland proxy: listen tcp4 0.0.0.0:5432: bind: address already in use. then something is already bound to port 5432. You're probably already running postgres locally. Once you have a postgres server running, invoke trial in a second terminal: SYNAPSE_POSTGRES=1 SYNAPSE_POSTGRES_HOST=127.0.0.1 SYNAPSE_POSTGRES_USER=postgres SYNAPSE_POSTGRES_PASSWORD=mysecretpassword poetry run trial tests Using an existing Postgres installation If you have postgres already installed on your system, you can run trial with the following environment variables matching your configuration: SYNAPSE_POSTGRES to anything nonempty SYNAPSE_POSTGRES_HOST (optional if it's the default: UNIX socket) SYNAPSE_POSTGRES_PORT (optional if it's the default: 5432) SYNAPSE_POSTGRES_USER (optional if using a UNIX socket) SYNAPSE_POSTGRES_PASSWORD (optional if using a UNIX socket) For example: export SYNAPSE_POSTGRES=1\nexport SYNAPSE_POSTGRES_HOST=localhost\nexport SYNAPSE_POSTGRES_USER=postgres\nexport SYNAPSE_POSTGRES_PASSWORD=mydevenvpassword\ntrial You don't need to specify the host, user, port or password if your Postgres server is set to authenticate you over the UNIX socket (i.e. if the psql command works without further arguments). Your Postgres account needs to be able to create databases; see the postgres docs for ALTER ROLE .","breadcrumbs":"Contributing Guide » Running tests under PostgreSQL","id":"550","title":"Running tests under PostgreSQL"},"551":{"body":"The integration tests are a more comprehensive suite of tests. They run a full version of Synapse, including your changes, to check if anything was broken. They are slower than the unit tests but will typically catch more errors. The following command will let you run the integration test with the most common configuration: $ docker run --rm -it -v /path/where/you/have/cloned/the/repository\\:/src:ro -v /path/to/where/you/want/logs\\:/logs matrixdotorg/sytest-synapse:buster (Note that the paths must be full paths! You could also write $(realpath relative/path) if needed.) This configuration should generally cover your needs. To run with Postgres, supply the -e POSTGRES=1 -e MULTI_POSTGRES=1 environment flags. To run with Synapse in worker mode, supply the -e WORKERS=1 -e REDIS=1 environment flags (in addition to the Postgres flags). For more details about other configurations, see the Docker-specific documentation in the SyTest repo .","breadcrumbs":"Contributing Guide » Run the integration tests ( Sytest ).","id":"551","title":"Run the integration tests ( Sytest )."},"552":{"body":"Complement is a suite of black box tests that can be run on any homeserver implementation. It can also be thought of as end-to-end (e2e) tests. It's often nice to develop on Synapse and write Complement tests at the same time. Here is how to run your local Synapse checkout against your local Complement checkout. (checkout complement alongside your synapse checkout) COMPLEMENT_DIR=../complement ./scripts-dev/complement.sh To run a specific test file, you can pass the test name at the end of the command. The name passed comes from the naming structure in your Complement tests. If you're unsure of the name, you can do a full run and copy it from the test output: COMPLEMENT_DIR=../complement ./scripts-dev/complement.sh -run TestImportHistoricalMessages To run a specific test, you can specify the whole name structure: COMPLEMENT_DIR=../complement ./scripts-dev/complement.sh -run TestImportHistoricalMessages/parallel/Historical_events_resolve_in_the_correct_order","breadcrumbs":"Contributing Guide » Run the integration tests ( Complement ).","id":"552","title":"Run the integration tests ( Complement )."},"553":{"body":"If you're curious what the database looks like after you run some tests, here are some steps to get you going in Synapse: In your Complement test comment out defer deployment.Destroy(t) and replace with defer time.Sleep(2 * time.Hour) to keep the homeserver running after the tests complete Start the Complement tests Find the name of the container, docker ps -f name=complement_ (this will filter for just the Compelement related Docker containers) Access the container replacing the name with what you found in the previous step: docker exec -it complement_1_hs_with_application_service.hs1_2 /bin/bash Install sqlite (database driver), apt-get update && apt-get install -y sqlite3 Then run sqlite3 and open the database .open /conf/homeserver.db (this db path comes from the Synapse homeserver.yaml)","breadcrumbs":"Contributing Guide » Access database for homeserver after Complement test runs.","id":"553","title":"Access database for homeserver after Complement test runs."},"554":{"body":"Once you're happy with your patch, it's time to prepare a Pull Request. To prepare a Pull Request, please: verify that all the tests pass , including the coding style; sign off your contribution; git push your commit to your fork of Synapse; on GitHub, create the Pull Request ; add a changelog entry and push it to your Pull Request; for most contributors, that's all - however, if you are a member of the organization matrix-org, on GitHub, please request a review from matrix.org / Synapse Core. if you need to update your PR, please avoid rebasing and just add new commits to your branch.","breadcrumbs":"Contributing Guide » 9. Submit your patch.","id":"554","title":"9. Submit your patch."},"555":{"body":"All changes, even minor ones, need a corresponding changelog / newsfragment entry. These are managed by Towncrier . To create a changelog entry, make a new file in the changelog.d directory named in the format of PRnumber.type. The type can be one of the following: feature bugfix docker (for updates to the Docker image) doc (for updates to the documentation) removal (also used for deprecations) misc (for internal-only changes) This file will become part of our changelog at the next release, so the content of the file should be a short description of your change in the same style as the rest of the changelog. The file can contain Markdown formatting, and should end with a full stop (.) or an exclamation mark (!) for consistency. Adding credits to the changelog is encouraged, we value your contributions and would like to have you shouted out in the release notes! For example, a fix in PR #1234 would have its changelog entry in changelog.d/1234.bugfix, and contain content like: The security levels of Florbs are now validated when received via the /federation/florb endpoint. Contributed by Jane Matrix. If there are multiple pull requests involved in a single bugfix/feature/etc, then the content for each changelog.d file should be the same. Towncrier will merge the matching files together into a single changelog entry when we come to release.","breadcrumbs":"Contributing Guide » Changelog","id":"555","title":"Changelog"},"556":{"body":"Obviously, you don't know if you should call your newsfile 1234.bugfix or 5678.bugfix until you create the PR, which leads to a chicken-and-egg problem. There are two options for solving this: Open the PR without a changelog file, see what number you got, and then add the changelog file to your branch (see Updating your pull request ), or: Look at the list of all issues/PRs , add one to the highest number you see, and quickly open the PR before somebody else claims your number. This script might be helpful if you find yourself doing this a lot. Sorry, we know it's a bit fiddly, but it's really helpful for us when we come to put together a release!","breadcrumbs":"Contributing Guide » How do I know what to call the changelog file before I create the PR?","id":"556","title":"How do I know what to call the changelog file before I create the PR?"},"557":{"body":"Changes which affect the debian packaging files (in debian) are an exception to the rule that all changes require a changelog.d file. In this case, you will need to add an entry to the debian changelog for the next release. For this, run the following command: dch This will make up a new version number (if there isn't already an unreleased version in flight), and open an editor where you can add a new changelog entry. (Our release process will ensure that the version number and maintainer name is corrected for the release.) If your change affects both the debian packaging and files outside the debian directory, you will need both a regular newsfragment and an entry in the debian changelog. (Though typically such changes should be submitted as two separate pull requests.)","breadcrumbs":"Contributing Guide » Debian changelog","id":"557","title":"Debian changelog"},"558":{"body":"In order to have a concrete record that your contribution is intentional and you agree to license it under the same terms as the project's license, we've adopted the same lightweight approach that the Linux Kernel submitting patches process , Docker , and many other projects use: the DCO ( Developer Certificate of Origin ). This is a simple declaration that you wrote the contribution or otherwise have the right to contribute it to Matrix: Developer Certificate of Origin\nVersion 1.1 Copyright (C) 2004, 2006 The Linux Foundation and its contributors.\n660 York Street, Suite 102,\nSan Francisco, CA 94110 USA Everyone is permitted to copy and distribute verbatim copies of this\nlicense document, but changing it is not allowed. Developer's Certificate of Origin 1.1 By making a contribution to this project, I certify that: (a) The contribution was created in whole or in part by me and I have the right to submit it under the open source license indicated in the file; or (b) The contribution is based upon previous work that, to the best of my knowledge, is covered under an appropriate open source license and I have the right under that license to submit that work with modifications, whether created in whole or in part by me, under the same open source license (unless I am permitted to submit under a different license), as indicated in the file; or (c) The contribution was provided directly to me by some other person who certified (a), (b) or (c) and I have not modified it. (d) I understand and agree that this project and the contribution are public and that a record of the contribution (including all personal information I submit with it, including my sign-off) is maintained indefinitely and may be redistributed consistent with this project or the open source license(s) involved. If you agree to this for your contribution, then all that's needed is to include the line in your commit or pull request comment: Signed-off-by: Your Name We accept contributions under a legally identifiable name, such as your name on government documentation or common-law names (names claimed by legitimate usage or repute). Unfortunately, we cannot accept anonymous contributions at this time. Git allows you to add this signoff automatically when using the -s flag to git commit, which uses the name and email set in your user.name and user.email git configs.","breadcrumbs":"Contributing Guide » Sign off","id":"558","title":"Sign off"},"559":{"body":"If you would like to provide your legal name privately to the Matrix.org Foundation (instead of in a public commit or comment), you can do so by emailing your legal name and a link to the pull request to dco@matrix.org . It helps to include \"sign off\" or similar in the subject line. You will then be instructed further. Once private sign off is complete, doing so for future contributions will not be required.","breadcrumbs":"Contributing Guide » Private Sign off","id":"559","title":"Private Sign off"},"56":{"body":"If you are able to set up your domain so that https:// is routed to Synapse (i.e., the only change needed is to direct federation traffic to port 443 instead of port 8448), then it is possible to configure Synapse to serve a suitable .well-known/matrix/server file. To do so, add the following to your homeserver.yaml file: serve_server_wellknown: true Note : this only works if https:// is routed to Synapse, so is generally not suitable if Synapse is hosted at a subdomain such as https://synapse.example.com.","breadcrumbs":"Delegation » Serving a .well-known/matrix/server file with Synapse","id":"56","title":"Serving a .well-known/matrix/server file with Synapse"},"560":{"body":"Once the Pull Request is opened, you will see a few things: our automated CI (Continuous Integration) pipeline will run (again) the linters, the unit tests, the integration tests and more; one or more of the developers will take a look at your Pull Request and offer feedback. From this point, you should: Look at the results of the CI pipeline. If there is any error, fix the error. If a developer has requested changes, make these changes and let us know if it is ready for a developer to review again. Create a new commit with the changes. Please do NOT overwrite the history. New commits make the reviewer's life easier. Push this commits to your Pull Request. Back to 1. Once both the CI and the developers are happy, the patch will be merged into Synapse and released shortly!","breadcrumbs":"Contributing Guide » 10. Turn feedback into better code.","id":"560","title":"10. Turn feedback into better code."},"561":{"body":"By now, you know the drill!","breadcrumbs":"Contributing Guide » 11. Find a new issue.","id":"561","title":"11. Find a new issue."},"562":{"body":"There are some notes for those with commit access to the project on how we manage git here .","breadcrumbs":"Contributing Guide » Notes for maintainers on merging PRs etc","id":"562","title":"Notes for maintainers on merging PRs etc"},"563":{"body":"That's it! Matrix is a very open and collaborative project as you might expect given our obsession with open communication. If we're going to successfully matrix together all the fragmented communication technologies out there we are reliant on contributions and collaboration from the community to do so. So please get involved - and we hope you have as much fun hacking on Matrix as we do!","breadcrumbs":"Contributing Guide » Conclusion","id":"563","title":"Conclusion"},"564":{"body":"","breadcrumbs":"Code Style » Code Style","id":"564","title":"Code Style"},"565":{"body":"The Synapse codebase uses a number of code formatting tools in order to quickly and automatically check for formatting (and sometimes logical) errors in code. The necessary tools are: black , a source code formatter; isort , which organises each file's imports; flake8 , which can spot common errors; and mypy , a type checker. Install them with: pip install -e \".[lint,mypy]\" The easiest way to run the lints is to invoke the linter script as follows. scripts-dev/lint.sh It's worth noting that modern IDEs and text editors can run these tools automatically on save. It may be worth looking into whether this functionality is supported in your editor for a more convenient development workflow. It is not, however, recommended to run flake8 or mypy on save as they take a while and can be very resource intensive.","breadcrumbs":"Code Style » Formatting tools","id":"565","title":"Formatting tools"},"566":{"body":"Naming : Use CamelCase for class and type names Use underscores for function_names and variable_names. Docstrings : should follow the google code style . See the examples in the sphinx documentation. Imports : Imports should be sorted by isort as described above. Prefer to import classes and functions rather than packages or modules. Example: from synapse.types import UserID\n...\nuser_id = UserID(local, server) is preferred over: from synapse import types\n...\nuser_id = types.UserID(local, server) (or any other variant). This goes against the advice in the Google style guide, but it means that errors in the name are caught early (at import time). Avoid wildcard imports (from synapse.types import *) and relative imports (from .types import UserID).","breadcrumbs":"Code Style » General rules","id":"566","title":"General rules"},"567":{"body":"The sample configuration file acts as a reference to Synapse's configuration options for server administrators. Remember that many readers will be unfamiliar with YAML and server administration in general, so that it is important that the file be as easy to understand as possible, which includes following a consistent format. Some guidelines follow: Sections should be separated with a heading consisting of a single line prefixed and suffixed with ##. There should be two blank lines before the section header, and one after. Each option should be listed in the file with the following format: A comment describing the setting. Each line of this comment should be prefixed with a hash (#) and a space. The comment should describe the default behaviour (ie, what happens if the setting is omitted), as well as what the effect will be if the setting is changed. Often, the comment end with something like \"uncomment the following to \". A line consisting of only #. A commented-out example setting, prefixed with only #. For boolean (on/off) options, convention is that this example should be the opposite to the default (so the comment will end with \"Uncomment the following to enable [or disable] .\" For other options, the example should give some non-default value which is likely to be useful to the reader. There should be a blank line between each option. Where several settings are grouped into a single dict, avoid the convention where the whole block is commented out, resulting in comment lines starting # #, as this is hard to read and confusing to edit. Instead, leave the top-level config option uncommented, and follow the conventions above for sub-options. Ensure that your code correctly handles the top-level option being set to None (as it will be if no sub-options are enabled). Lines should be wrapped at 80 characters. Use two-space indents. true and false are spelt thus (as opposed to True, etc.) Use single quotes (') rather than double-quotes (\") or backticks (`) to refer to configuration options. Example: ## Frobnication ## # The frobnicator will ensure that all requests are fully frobnicated.\n# To enable it, uncomment the following.\n#\n#frobnicator_enabled: true # By default, the frobnicator will frobnicate with the default frobber.\n# The following will make it use an alternative frobber.\n#\n#frobincator_frobber: special_frobber # Settings for the frobber\n#\nfrobber: # frobbing speed. Defaults to 1. # #speed: 10 # frobbing distance. Defaults to 1000. # #distance: 100 Note that the sample configuration is generated from the synapse code and is maintained by a script, scripts-dev/generate_sample_config.sh. Making sure that the output from this script matches the desired format is left as an exercise for the reader!","breadcrumbs":"Code Style » Configuration file format","id":"567","title":"Configuration file format"},"568":{"body":"Releases of Synapse follow a two week release cycle with new releases usually occurring on Tuesdays: Day 0: Synapse N - 1 is released. Day 7: Synapse N release candidate 1 is released. Days 7 - 13: Synapse N release candidates 2+ are released, if bugs are found. Day 14: Synapse N is released. Note that this schedule might be modified depending on the availability of the Synapse team, e.g. releases may be skipped to avoid holidays. Release announcements can be found in the release category of the Matrix blog .","breadcrumbs":"Release Cycle » Synapse Release Cycle","id":"568","title":"Synapse Release Cycle"},"569":{"body":"If a bug is found after release that is deemed severe enough (by a combination of the impacted users and the impact on those users) then a bugfix release may be issued. This may be at any point in the release cycle.","breadcrumbs":"Release Cycle » Bugfix releases","id":"569","title":"Bugfix releases"},"57":{"body":"It is also possible to do delegation using a SRV DNS record. However, that is generally not recommended, as it can be difficult to configure the TLS certificates correctly in this case, and it offers little advantage over .well-known delegation. However, if you really need it, you can find some documentation on what such a record should look like and how Synapse will use it in the Matrix specification .","breadcrumbs":"Delegation » SRV DNS record delegation","id":"57","title":"SRV DNS record delegation"},"570":{"body":"Security will sometimes be backported to the previous version and released immediately before the next release candidate. An example of this might be: Day 0: Synapse N - 1 is released. Day 7: Synapse (N - 1).1 is released as Synapse N - 1 + the security fix. Day 7: Synapse N release candidate 1 is released (including the security fix). Depending on the impact and complexity of security fixes, multiple fixes might be held to be released together. In some cases, a pre-disclosure of a security release will be issued as a notice to Synapse operators that there is an upcoming security release. These can be found in the security category of the Matrix blog .","breadcrumbs":"Release Cycle » Security releases","id":"570","title":"Security releases"},"571":{"body":"","breadcrumbs":"Git Usage » Some notes on how we use git","id":"571","title":"Some notes on how we use git"},"572":{"body":"In an ideal world, our git commit history would be a linear progression of commits each of which contains a single change building on what came before. Here, by way of an arbitrary example, is the top of git log --graph b2dba0607: Note how the commit comment explains clearly what is changing and why. Also note the absence of merge commits, as well as the absence of commits called things like (to pick a few culprits): “pep8” , “fix broken test” , “oops” , “typo” , or “Who's the president?” . There are a number of reasons why keeping a clean commit history is a good thing: From time to time, after a change lands, it turns out to be necessary to revert it, or to backport it to a release branch. Those operations are much easier when the change is contained in a single commit. Similarly, it's much easier to answer questions like “is the fix for /publicRooms on the release branch?” if that change consists of a single commit. Likewise: “what has changed on this branch in the last week?” is much clearer without merges and “pep8” commits everywhere. Sometimes we need to figure out where a bug got introduced, or some behaviour changed. One way of doing that is with git bisect: pick an arbitrary commit between the known good point and the known bad point, and see how the code behaves. However, that strategy fails if the commit you chose is the middle of someone's epic branch in which they broke the world before putting it back together again. One counterargument is that it is sometimes useful to see how a PR evolved as it went through review cycles. This is true, but that information is always available via the GitHub UI (or via the little-known refs/pull namespace ). Of course, in reality, things are more complicated than that. We have release branches as well as develop and master, and we deliberately merge changes between them. Bugs often slip through and have to be fixed later. That's all fine: this not a cast-iron rule which must be obeyed, but an ideal to aim towards.","breadcrumbs":"Git Usage » On keeping the commit history clean","id":"572","title":"On keeping the commit history clean"},"573":{"body":"Ok, so that's what we'd like to achieve. How do we achieve it? The TL;DR is: when you come to merge a pull request, you probably want to “squash and merge”: squash and merge . (This applies whether you are merging your own PR, or that of another contributor.) “Squash and merge” 1 takes all of the changes in the PR, and bundles them into a single commit. GitHub gives you the opportunity to edit the commit message before you confirm, and normally you should do so, because the default will be useless (again: * woops typo is not a useful thing to keep in the historical record). The main problem with this approach comes when you have a series of pull requests which build on top of one another: as soon as you squash-merge the first PR, you'll end up with a stack of conflicts to resolve in all of the others. In general, it's best to avoid this situation in the first place by trying not to have multiple related PRs in flight at the same time. Still, sometimes that's not possible and doing a regular merge is the lesser evil. Another occasion in which a regular merge makes more sense is a PR where you've deliberately created a series of commits each of which makes sense in its own right. For example: a PR which gradually propagates a refactoring operation through the codebase , or a PR which is the culmination of several other PRs . In this case the ability to figure out when a particular change/bug was introduced could be very useful. Ultimately: this is not a hard-and-fast-rule . If in doubt, ask yourself “do each of the commits I am about to merge make sense in their own right”, but remember that we're just doing our best to balance “keeping the commit history clean” with other factors.","breadcrumbs":"Git Usage » Merges, squashes, rebases: wtf?","id":"573","title":"Merges, squashes, rebases: wtf?"},"574":{"body":"A lot of words have been written in the past about git branching models (no really, a lot ). I tend to think the whole thing is overblown. Fundamentally, it's not that complicated. Here's how we do it. Let's start with a picture: branching model It looks complicated, but it's really not. There's one basic rule: anyone is free to merge from any more-stable branch to any less-stable branch at any time 2 . (The principle behind this is that if a change is good enough for the more-stable branch, then it's also good enough go put in a less-stable branch.) Meanwhile, merging (or squashing, as per the above) from a less-stable to a more-stable branch is a deliberate action in which you want to publish a change or a set of changes to (some subset of) the world: for example, this happens when a PR is landed, or as part of our release process. So, what counts as a more- or less-stable branch? A little reflection will show that our active branches are ordered thus, from more-stable to less-stable: master (tracks our last release). release-vX.Y (the branch where we prepare the next release) 3 . PR branches which are targeting the release. develop (our \"mainline\" branch containing our bleeding-edge). regular PR branches. The corollary is: if you have a bugfix that needs to land in both release-vX.Y and develop, then you should base your PR on release-vX.Y, get it merged there, and then merge from release-vX.Y to develop. (If a fix lands in develop and we later need it in a release-branch, we can of course cherry-pick it, but landing it in the release branch first helps reduce the chance of annoying conflicts.) [1]: “Squash and merge” is GitHub's term for this operation. Given that there is no merge involved, I'm not convinced it's the most intuitive name. ^ [2]: Well, anyone with commit access. ^ [3]: Very, very occasionally (I think this has happened once in the history of Synapse), we've had two releases in flight at once. Obviously, release-v1.2 is more-stable than release-v1.3. ^","breadcrumbs":"Git Usage » Git branching model","id":"574","title":"Git branching model"},"575":{"body":"DO NOT USE THESE DEMO SERVERS IN PRODUCTION Requires you to have a Synapse development environment setup . The demo setup allows running three federation Synapse servers, with server names localhost:8480, localhost:8481, and localhost:8482. You can access them via any Matrix client over HTTP at localhost:8080, localhost:8081, and localhost:8082 or over HTTPS at localhost:8480, localhost:8481, and localhost:8482. To enable the servers to communicate, self-signed SSL certificates are generated and the servers are configured in a highly insecure way, including: Not checking certificates over federation. Not verifying keys. The servers are configured to store their data under demo/8080, demo/8081, and demo/8082. This includes configuration, logs, SQLite databases, and media. Note that when joining a public room on a different homeserver via \"#foo:bar.net\", then you are (in the current implementation) joining a room with room_id \"foo\". This means that it won't work if your homeserver already has a room with that name.","breadcrumbs":"Testing » Demo scripts » Synapse demo setup","id":"575","title":"Synapse demo setup"},"576":{"body":"There's three main scripts with straightforward purposes: start.sh will start the Synapse servers, generating any missing configuration. This accepts a single parameter --no-rate-limit to \"disable\" rate limits (they actually still exist, but are very high). stop.sh will stop the Synapse servers. clean.sh will delete the configuration, databases, log files, etc. To start a completely new set of servers, run: ./demo/stop.sh; ./demo/clean.sh && ./demo/start.sh","breadcrumbs":"Testing » Demo scripts » Using the demo scripts","id":"576","title":"Using the demo scripts"},"577":{"body":"","breadcrumbs":"OpenTracing » OpenTracing","id":"577","title":"OpenTracing"},"578":{"body":"OpenTracing is a semi-standard being adopted by a number of distributed tracing platforms. It is a common api for facilitating vendor-agnostic tracing instrumentation. That is, we can use the OpenTracing api and select one of a number of tracer implementations to do the heavy lifting in the background. Our current selected implementation is Jaeger. OpenTracing is a tool which gives an insight into the causal relationship of work done in and between servers. The servers each track events and report them to a centralised server - in Synapse's case: Jaeger. The basic unit used to represent events is the span. The span roughly represents a single piece of work that was done and the time at which it occurred. A span can have child spans, meaning that the work of the child had to be completed for the parent span to complete, or it can have follow-on spans which represent work that is undertaken as a result of the parent but is not depended on by the parent to in order to finish. Since this is undertaken in a distributed environment a request to another server, such as an RPC or a simple GET, can be considered a span (a unit or work) for the local server. This causal link is what OpenTracing aims to capture and visualise. In order to do this metadata about the local server's span, i.e the 'span context', needs to be included with the request to the remote. It is up to the remote server to decide what it does with the spans it creates. This is called the sampling policy and it can be configured through Jaeger's settings. For OpenTracing concepts see https://opentracing.io/docs/overview/what-is-tracing/ . For more information about Jaeger's implementation see https://www.jaegertracing.io/docs/","breadcrumbs":"OpenTracing » Background","id":"578","title":"Background"},"579":{"body":"To receive OpenTracing spans, start up a Jaeger server. This can be done using docker like so: docker run -d --name jaeger \\ -p 6831:6831/udp \\ -p 6832:6832/udp \\ -p 5778:5778 \\ -p 16686:16686 \\ -p 14268:14268 \\ jaegertracing/all-in-one:1 Latest documentation is probably at https://www.jaegertracing.io/docs/latest/getting-started.","breadcrumbs":"OpenTracing » Setting up OpenTracing","id":"579","title":"Setting up OpenTracing"},"58":{"body":"","breadcrumbs":"Delegation » Delegation FAQ","id":"58","title":"Delegation FAQ"},"580":{"body":"OpenTracing is not enabled by default. It must be enabled in the homeserver config by uncommenting the config options under opentracing as shown in the sample config . For example: opentracing: enabled: true homeserver_whitelist: - \"mytrustedhomeserver.org\" - \"*.myotherhomeservers.com\"","breadcrumbs":"OpenTracing » Enable OpenTracing in Synapse","id":"580","title":"Enable OpenTracing in Synapse"},"581":{"body":"The homeserver whitelist is configured using regular expressions. A list of regular expressions can be given and their union will be compared when propagating any spans contexts to another homeserver. Though it's mostly safe to send and receive span contexts to and from untrusted users since span contexts are usually opaque ids it can lead to two problems, namely: If the span context is marked as sampled by the sending homeserver the receiver will sample it. Therefore two homeservers with wildly different sampling policies could incur higher sampling counts than intended. Sending servers can attach arbitrary data to spans, known as 'baggage'. For safety this has been disabled in Synapse but that doesn't prevent another server sending you baggage which will be logged to OpenTracing's logs.","breadcrumbs":"OpenTracing » Homeserver whitelisting","id":"581","title":"Homeserver whitelisting"},"582":{"body":"Sampling strategies can be set as in this document: https://www.jaegertracing.io/docs/latest/sampling/ .","breadcrumbs":"OpenTracing » Configuring Jaeger","id":"582","title":"Configuring Jaeger"},"583":{"body":"Synapse's database schema is stored in the synapse.storage.schema module.","breadcrumbs":"Database Schemas » Synapse database schema files","id":"583","title":"Synapse database schema files"},"584":{"body":"Synapse supports splitting its datastore across multiple physical databases (which can be useful for large installations), and the schema files are therefore split according to the logical database they apply to. At the time of writing, the following \"logical\" databases are supported: state - used to store Matrix room state (more specifically, state_groups, their relationships and contents). main - stores everything else. Additionally, the common directory contains schema files for tables which must be present on all physical databases.","breadcrumbs":"Database Schemas » Logical databases","id":"584","title":"Logical databases"},"585":{"body":"Synapse manages its database schema via \"schema versions\". These are mainly used to help avoid confusion if the Synapse codebase is rolled back after the database is updated. They work as follows: The Synapse codebase defines a constant synapse.storage.schema.SCHEMA_VERSION which represents the expectations made about the database by that version. For example, as of Synapse v1.36, this is 59. The database stores a \"compatibility version\" in schema_compat_version.compat_version which defines the SCHEMA_VERSION of the oldest version of Synapse which will work with the database. On startup, if compat_version is found to be newer than SCHEMA_VERSION, Synapse will refuse to start. Synapse automatically updates this field from synapse.storage.schema.SCHEMA_COMPAT_VERSION. Whenever a backwards-incompatible change is made to the database format (normally via a delta file), synapse.storage.schema.SCHEMA_COMPAT_VERSION is also updated so that administrators can not accidentally roll back to a too-old version of Synapse. Generally, the goal is to maintain compatibility with at least one or two previous releases of Synapse, so any substantial change tends to require multiple releases and a bit of forward-planning to get right. As a worked example: we want to remove the room_stats_historical table. Here is how it might pan out. Replace any code that reads from room_stats_historical with alternative implementations, but keep writing to it in case of rollback to an earlier version. Also, increase synapse.storage.schema.SCHEMA_VERSION. In this instance, there is no existing code which reads from room_stats_historical, so our starting point is: v1.36.0: SCHEMA_VERSION=59, SCHEMA_COMPAT_VERSION=59 Next (say in Synapse v1.37.0): remove the code that writes to room_stats_historical, but don’t yet remove the table in case of rollback to v1.36.0. Again, we increase synapse.storage.schema.SCHEMA_VERSION, but because we have not broken compatibility with v1.36, we do not yet update SCHEMA_COMPAT_VERSION. We now have: v1.37.0: SCHEMA_VERSION=60, SCHEMA_COMPAT_VERSION=59. Later (say in Synapse v1.38.0): we can remove the table altogether. This will break compatibility with v1.36.0, so we must update SCHEMA_COMPAT_VERSION accordingly. There is no need to update synapse.storage.schema.SCHEMA_VERSION, since there is no change to the Synapse codebase here. So we end up with: v1.38.0: SCHEMA_VERSION=60, SCHEMA_COMPAT_VERSION=60. If in doubt about whether to update SCHEMA_VERSION or not, it is generally best to lean towards doing so.","breadcrumbs":"Database Schemas » Synapse schema versions","id":"585","title":"Synapse schema versions"},"586":{"body":"In the full_schemas directories, only the most recently-numbered snapshot is used (54 at the time of writing). Older snapshots (eg, 16) are present for historical reference only.","breadcrumbs":"Database Schemas » Full schema dumps","id":"586","title":"Full schema dumps"},"587":{"body":"If you want to recreate these schemas, they need to be made from a database that has had all background updates run. To do so, use scripts-dev/make_full_schema.sh. This will produce new full.sql.postgres and full.sql.sqlite files. Ensure postgres is installed, then run: ./scripts-dev/make_full_schema.sh -p postgres_username -o output_dir/ NB at the time of writing, this script predates the split into separate state/main databases so will require updates to handle that correctly.","breadcrumbs":"Database Schemas » Building full schema dumps","id":"587","title":"Building full schema dumps"},"588":{"body":"Delta files define the steps required to upgrade the database from an earlier version. They can be written as either a file containing a series of SQL statements, or a Python module. Synapse remembers which delta files it has applied to a database (they are stored in the applied_schema_deltas table) and will not re-apply them (even if a given file is subsequently updated). Delta files should be placed in a directory named synapse/storage/schema//delta//. They are applied in alphanumeric order, so by convention the first two characters of the filename should be an integer such as 01, to put the file in the right order.","breadcrumbs":"Database Schemas » Delta files","id":"588","title":"Delta files"},"589":{"body":"These should be named *.sql, or — for changes which should only be applied for a given database engine — *.sql.posgres or *.sql.sqlite. For example, a delta which adds a new column to the foo table might be called 01add_bar_to_foo.sql. Note that our SQL parser is a bit simple - it understands comments (-- and /*...*/), but complex statements which require a ; in the middle of them (such as CREATE TRIGGER) are beyond it and you'll have to use a Python delta file.","breadcrumbs":"Database Schemas » SQL delta files","id":"589","title":"SQL delta files"},"59":{"body":"If your homeserver's APIs are accessible on the default federation port (8448) and the domain your server_name points to, you do not need any delegation. For instance, if you registered example.com and pointed its DNS A record at a fresh server, you could install Synapse on that host, giving it a server_name of example.com, and once a reverse proxy has been set up to proxy all requests sent to the port 8448 and serve TLS certificates for example.com, you wouldn't need any delegation set up. However , if your homeserver's APIs aren't accessible on port 8448 and on the domain server_name points to, you will need to let other servers know how to find it using delegation.","breadcrumbs":"Delegation » When do I need delegation?","id":"59","title":"When do I need delegation?"},"590":{"body":"For more flexibility, a delta file can take the form of a python module. These should be named *.py. Note that database-engine-specific modules are not supported here – instead you can write if isinstance(database_engine, PostgresEngine) or similar. A Python delta module should define either or both of the following functions: import synapse.config.homeserver\nimport synapse.storage.engines\nimport synapse.storage.types def run_create( cur: synapse.storage.types.Cursor, database_engine: synapse.storage.engines.BaseDatabaseEngine,\n) -> None: \"\"\"Called whenever an existing or new database is to be upgraded\"\"\" ... def run_upgrade( cur: synapse.storage.types.Cursor, database_engine: synapse.storage.engines.BaseDatabaseEngine, config: synapse.config.homeserver.HomeServerConfig,\n) -> None: \"\"\"Called whenever an existing database is to be upgraded.\"\"\" ...","breadcrumbs":"Database Schemas » Python delta files","id":"590","title":"Python delta files"},"591":{"body":"Boolean columns require special treatment, since SQLite treats booleans the same as integers. There are three separate aspects to this: Any new boolean column must be added to the BOOLEAN_COLUMNS list in synapse/_scripts/synapse_port_db.py. This tells the port script to cast the integer value from SQLite to a boolean before writing the value to the postgres database. Before SQLite 3.23, TRUE and FALSE were not recognised as constants by SQLite, and the IS [NOT] TRUE/IS [NOT] FALSE operators were not supported. This makes it necessary to avoid using TRUE and FALSE constants in SQL commands. For example, to insert a TRUE value into the database, write: txn.execute(\"INSERT INTO tbl(col) VALUES (?)\", (True, )) Default values for new boolean columns present a particular difficulty. Generally it is best to create separate schema files for Postgres and SQLite. For example: # in 00delta.sql.postgres:\nALTER TABLE tbl ADD COLUMN col BOOLEAN DEFAULT FALSE; # in 00delta.sql.sqlite:\nALTER TABLE tbl ADD COLUMN col BOOLEAN DEFAULT 0; Note that there is a particularly insidious failure mode here: the Postgres flavour will be accepted by SQLite 3.22, but will give a column whose default value is the string \"FALSE\" - which, when cast back to a boolean in Python, evaluates to True.","breadcrumbs":"Database Schemas » Boolean columns","id":"591","title":"Boolean columns"},"592":{"body":"It can be desirable to implement \"experimental\" features which are disabled by default and must be explicitly enabled via the Synapse configuration. This is applicable for features which: Are unstable in the Matrix spec (e.g. those defined by an MSC that has not yet been merged). Developers are not confident in their use by general Synapse administrators/users (e.g. a feature is incomplete, buggy, performs poorly, or needs further testing). Note that this only really applies to features which are expected to be desirable to a broad audience. The module infrastructure should instead be investigated for non-standard features. Guarding experimental features behind configuration flags should help with some of the following scenarios: Ensure that clients do not assume that unstable features exist (failing gracefully if they do not). Unstable features do not become de-facto standards and can be removed aggressively (since only those who have opted-in will be affected). Ease finding the implementation of unstable features in Synapse (for future removal or stabilization). Ease testing a feature (or removal of feature) due to enabling/disabling without code changes. It also becomes possible to ask for wider testing, if desired. Experimental configuration flags should be disabled by default (requiring Synapse administrators to explicitly opt-in), although there are situations where it makes sense (from a product point-of-view) to enable features by default. This is expected and not an issue. It is not a requirement for experimental features to be behind a configuration flag, but one should be used if unsure. New experimental configuration flags should be added under the experimental configuration key (see the synapse.config.experimental file) and either explain (briefly) what is being enabled, or include the MSC number.","breadcrumbs":"Experimental features » Implementing experimental features in Synapse","id":"592","title":"Implementing experimental features in Synapse"},"593":{"body":"Sometimes, requests take a long time to service and clients disconnect before Synapse produces a response. To avoid wasting resources, Synapse can cancel request processing for select endpoints marked with the @cancellable decorator. Synapse makes use of Twisted's Deferred.cancel() feature to make cancellation work. The @cancellable decorator does nothing by itself and merely acts as a flag, signalling to developers and other code alike that a method can be cancelled.","breadcrumbs":"Synapse Architecture » Cancellation » Cancellation","id":"593","title":"Cancellation"},"594":{"body":"Check that the endpoint method, and any async functions in its call tree handle cancellation correctly. See Handling cancellation correctly for a list of things to look out for. Add the @cancellable decorator to the on_GET/POST/PUT/DELETE method. It's not recommended to make non-GET methods cancellable, since cancellation midway through some database updates is less likely to be handled correctly.","breadcrumbs":"Synapse Architecture » Cancellation » Enabling cancellation for an endpoint","id":"594","title":"Enabling cancellation for an endpoint"},"595":{"body":"There are two stages to cancellation: downward propagation of a cancel() call, followed by upwards propagation of a CancelledError out of a blocked await. Both Twisted and asyncio have a cancellation mechanism. Method Exception Exception inherits from Twisted Deferred.cancel() twisted.internet.defer.CancelledError Exception (!) asyncio Task.cancel() asyncio.CancelledError BaseException","breadcrumbs":"Synapse Architecture » Cancellation » Mechanics","id":"595","title":"Mechanics"},"596":{"body":"When Synapse starts handling a request, it runs the async method responsible for handling it using defer.ensureDeferred, which returns a Deferred. For example: def do_something() -> Deferred[None]: ... @cancellable\nasync def on_GET() -> Tuple[int, JsonDict]: d = make_deferred_yieldable(do_something()) await d return 200, {} request = defer.ensureDeferred(on_GET()) When a client disconnects early, Synapse checks for the presence of the @cancellable decorator on on_GET. Since on_GET is cancellable, Deferred.cancel() is called on the Deferred from defer.ensureDeferred, ie. request. Twisted knows which Deferred request is waiting on and passes the cancel() call on to d. The Deferred being waited on, d, may have its own handling for cancel() and pass the call on to other Deferreds. Eventually, a Deferred handles the cancel() call by resolving itself with a CancelledError.","breadcrumbs":"Synapse Architecture » Cancellation » Deferred.cancel()","id":"596","title":"Deferred.cancel()"},"597":{"body":"The CancelledError gets raised out of the await and bubbles up, as per normal Python exception handling.","breadcrumbs":"Synapse Architecture » Cancellation » CancelledError","id":"597","title":"CancelledError"},"598":{"body":"In general, when writing code that might be subject to cancellation, two things must be considered: The effect of CancelledErrors raised out of awaits. The effect of Deferreds being cancel()ed. Examples of code that handles cancellation incorrectly include: try-except blocks which swallow CancelledErrors. Code that shares the same Deferred, which may be cancelled, between multiple requests. Code that starts some processing that's exempt from cancellation, but uses a logging context from cancellable code. The logging context will be finished upon cancellation, while the uncancelled processing is still using it. Some common patterns are listed below in more detail.","breadcrumbs":"Synapse Architecture » Cancellation » Handling cancellation correctly","id":"598","title":"Handling cancellation correctly"},"599":{"body":"Most functions in Synapse are relatively straightforward from a cancellation standpoint: they don't do anything with Deferreds and purely call and await other async functions. An async function handles cancellation correctly if its own code handles cancellation correctly and all the async function it calls handle cancellation correctly. For example: async def do_two_things() -> None: check_something() await do_something() await do_something_else() do_two_things handles cancellation correctly if do_something and do_something_else handle cancellation correctly. That is, when checking whether a function handles cancellation correctly, its implementation and all its async function calls need to be checked, recursively. As check_something is not async, it does not need to be checked.","breadcrumbs":"Synapse Architecture » Cancellation » async function calls","id":"599","title":"async function calls"},"6":{"body":"It is important to choose the name for your server before you install Synapse, because it cannot be changed later. The server name determines the \"domain\" part of user-ids for users on your server: these will all be of the format @user:my.domain.name. It also determines how other matrix servers will reach yours for federation. For a test configuration, set this to the hostname of your server. For a more production-ready setup, you will probably want to specify your domain (example.com) rather than a matrix-specific hostname here (in the same way that your email address is probably user@example.com rather than user@email.example.com) - but doing so may require more advanced setup: see Setting up Federation .","breadcrumbs":"Installation » Choosing your server name","id":"6","title":"Choosing your server name"},"60":{"body":"Generally, using a reverse proxy for both the federation and client traffic is a good idea, since it saves handling TLS traffic in Synapse. See the reverse proxy documentation for information on setting up a reverse proxy.","breadcrumbs":"Delegation » Should I use a reverse proxy for federation traffic?","id":"60","title":"Should I use a reverse proxy for federation traffic?"},"600":{"body":"Because Twisted's CancelledErrors are Exceptions, it's easy to accidentally catch and suppress them. Care must be taken to ensure that CancelledErrors are allowed to propagate upwards. Bad : try: await do_something()\nexcept Exception: # `CancelledError` gets swallowed here. logger.info(...) Good : try: await do_something()\nexcept CancelledError: raise\nexcept Exception: logger.info(...) OK : try: check_something() # A `CancelledError` won't ever be raised here.\nexcept Exception: logger.info(...) Good : try: await do_something()\nexcept ValueError: logger.info(...) defer.gatherResults defer.gatherResults produces a Deferred which: broadcasts cancel() calls to every Deferred being waited on. wraps the first exception it sees in a FirstError. Together, this means that CancelledErrors will be wrapped in a FirstError unless unwrapped. Such FirstErrors are liable to be swallowed, so they must be unwrapped. Bad : async def do_something() -> None: await make_deferred_yieldable( defer.gatherResults([...], consumeErrors=True) ) try: await do_something()\nexcept CancelledError: raise\nexcept Exception: # `FirstError(CancelledError)` gets swallowed here. logger.info(...) Good : async def do_something() -> None: await make_deferred_yieldable( defer.gatherResults([...], consumeErrors=True) ).addErrback(unwrapFirstError) try: await do_something()\nexcept CancelledError: raise\nexcept Exception: logger.info(...)","breadcrumbs":"Synapse Architecture » Cancellation » CancelledErrors","id":"600","title":"CancelledErrors"},"601":{"body":"If a function creates a Deferred, the effect of cancelling it must be considered. Deferreds that get shared are likely to have unintended behaviour when cancelled. Bad : cache: Dict[str, Deferred[None]] = {} def wait_for_room(room_id: str) -> Deferred[None]: deferred = cache.get(room_id) if deferred is None: deferred = Deferred() cache[room_id] = deferred # `deferred` can have multiple waiters. # All of them will observe a `CancelledError` # if any one of them is cancelled. return make_deferred_yieldable(deferred) # Request 1\nawait wait_for_room(\"!aAAaaAaaaAAAaAaAA:matrix.org\")\n# Request 2\nawait wait_for_room(\"!aAAaaAaaaAAAaAaAA:matrix.org\") Good : cache: Dict[str, Deferred[None]] = {} def wait_for_room(room_id: str) -> Deferred[None]: deferred = cache.get(room_id) if deferred is None: deferred = Deferred() cache[room_id] = deferred # `deferred` will never be cancelled now. # A `CancelledError` will still come out of # the `await`. # `delay_cancellation` may also be used. return make_deferred_yieldable(stop_cancellation(deferred)) # Request 1\nawait wait_for_room(\"!aAAaaAaaaAAAaAaAA:matrix.org\")\n# Request 2\nawait wait_for_room(\"!aAAaaAaaaAAAaAaAA:matrix.org\") Good : cache: Dict[str, List[Deferred[None]]] = {} def wait_for_room(room_id: str) -> Deferred[None]: if room_id not in cache: cache[room_id] = [] # Each request gets its own `Deferred` to wait on. deferred = Deferred() cache[room_id]].append(deferred) return make_deferred_yieldable(deferred) # Request 1\nawait wait_for_room(\"!aAAaaAaaaAAAaAaAA:matrix.org\")\n# Request 2\nawait wait_for_room(\"!aAAaaAaaaAAAaAaAA:matrix.org\")","breadcrumbs":"Synapse Architecture » Cancellation » Creation of Deferreds","id":"601","title":"Creation of Deferreds"},"602":{"body":"Some async functions may kick off some async processing which is intentionally protected from cancellation, by stop_cancellation or other means. If the async processing inherits the logcontext of the request which initiated it, care must be taken to ensure that the logcontext is not finished before the async processing completes. Bad : cache: Optional[ObservableDeferred[None]] = None async def do_something_else( to_resolve: Deferred[None]\n) -> None: await ... logger.info(\"done!\") to_resolve.callback(None) async def do_something() -> None: if not cache: to_resolve = Deferred() cache = ObservableDeferred(to_resolve) # `do_something_else` will never be cancelled and # can outlive the `request-1` logging context. run_in_background(do_something_else, to_resolve) await make_deferred_yieldable(cache.observe()) with LoggingContext(\"request-1\"): await do_something() Good : cache: Optional[ObservableDeferred[None]] = None async def do_something_else( to_resolve: Deferred[None]\n) -> None: await ... logger.info(\"done!\") to_resolve.callback(None) async def do_something() -> None: if not cache: to_resolve = Deferred() cache = ObservableDeferred(to_resolve) run_in_background(do_something_else, to_resolve) # We'll wait until `do_something_else` is # done before raising a `CancelledError`. await make_deferred_yieldable( delay_cancellation(cache.observe()) ) else: await make_deferred_yieldable(cache.observe()) with LoggingContext(\"request-1\"): await do_something() OK : cache: Optional[ObservableDeferred[None]] = None async def do_something_else( to_resolve: Deferred[None]\n) -> None: await ... logger.info(\"done!\") to_resolve.callback(None) async def do_something() -> None: if not cache: to_resolve = Deferred() cache = ObservableDeferred(to_resolve) # `do_something_else` will get its own independent # logging context. `request-1` will not count any # metrics from `do_something_else`. run_as_background_process( \"do_something_else\", do_something_else, to_resolve, ) await make_deferred_yieldable(cache.observe()) with LoggingContext(\"request-1\"): await do_something()","breadcrumbs":"Synapse Architecture » Cancellation » Uncancelled processing","id":"602","title":"Uncancelled processing"},"603":{"body":"To help track the processing of individual requests, synapse uses a 'log context' to track which request it is handling at any given moment. This is done via a thread-local variable; a logging.Filter is then used to fish the information back out of the thread-local variable and add it to each log record. Logcontexts are also used for CPU and database accounting, so that we can track which requests were responsible for high CPU use or database activity. The synapse.logging.context module provides facilities for managing the current log context (as well as providing the LoggingContextFilter class). Asynchronous functions make the whole thing complicated, so this document describes how it all works, and how to write code which follows the rules. In this document, \"awaitable\" refers to any object which can be awaited. In the context of Synapse, that normally means either a coroutine or a Twisted Deferred .","breadcrumbs":"Synapse Architecture » Log Contexts » Log Contexts","id":"603","title":"Log Contexts"},"604":{"body":"In the absence of any asynchronous voodoo, things are simple enough. As with any code of this nature, the rule is that our function should leave things as it found them: from synapse.logging import context # omitted from future snippets def handle_request(request_id): request_context = context.LoggingContext() calling_context = context.set_current_context(request_context) try: request_context.request = request_id do_request_handling() logger.debug(\"finished\") finally: context.set_current_context(calling_context) def do_request_handling(): logger.debug(\"phew\") # this will be logged against request_id LoggingContext implements the context management methods, so the above can be written much more succinctly as: def handle_request(request_id): with context.LoggingContext() as request_context: request_context.request = request_id do_request_handling() logger.debug(\"finished\") def do_request_handling(): logger.debug(\"phew\")","breadcrumbs":"Synapse Architecture » Log Contexts » Logcontexts without asynchronous code","id":"604","title":"Logcontexts without asynchronous code"},"605":{"body":"Awaitables break the linear flow of code so that there is no longer a single entry point where we should set the logcontext and a single exit point where we should remove it. Consider the example above, where do_request_handling needs to do some blocking operation, and returns an awaitable: async def handle_request(request_id): with context.LoggingContext() as request_context: request_context.request = request_id await do_request_handling() logger.debug(\"finished\") In the above flow: The logcontext is set do_request_handling is called, and returns an awaitable handle_request awaits the awaitable Execution of handle_request is suspended So we have stopped processing the request (and will probably go on to start processing the next), without clearing the logcontext. To circumvent this problem, synapse code assumes that, wherever you have an awaitable, you will want to await it. To that end, whereever functions return awaitables, we adopt the following conventions: Rules for functions returning awaitables: If the awaitable is already complete, the function returns with the same logcontext it started with. If the awaitable is incomplete, the function clears the logcontext before returning; when the awaitable completes, it restores the logcontext before running any callbacks. That sounds complicated, but actually it means a lot of code (including the example above) \"just works\". There are two cases: If do_request_handling returns a completed awaitable, then the logcontext will still be in place. In this case, execution will continue immediately after the await; the \"finished\" line will be logged against the right context, and the with block restores the original context before we return to the caller. If the returned awaitable is incomplete, do_request_handling clears the logcontext before returning. The logcontext is therefore clear when handle_request awaits the awaitable. Once do_request_handling's awaitable completes, it will reinstate the logcontext, before running the second half of handle_request, so again the \"finished\" line will be logged against the right context, and the with block restores the original context. As an aside, it's worth noting that handle_request follows our rules though that only matters if the caller has its own logcontext which it cares about. The following sections describe pitfalls and helpful patterns when implementing these rules.","breadcrumbs":"Synapse Architecture » Log Contexts » Using logcontexts with awaitables","id":"605","title":"Using logcontexts with awaitables"},"606":{"body":"Whenever you get an awaitable back from a function, you should await on it as soon as possible. Do not pass go; do not do any logging; do not call any other functions. async def fun(): logger.debug(\"starting\") await do_some_stuff() # just like this coro = more_stuff() result = await coro # also fine, of course return result Provided this pattern is followed all the way back up to the callchain to where the logcontext was set, this will make things work out ok: provided do_some_stuff and more_stuff follow the rules above, then so will fun. It's all too easy to forget to await: for instance if we forgot that do_some_stuff returned an awaitable, we might plough on regardless. This leads to a mess; it will probably work itself out eventually, but not before a load of stuff has been logged against the wrong context. (Normally, other things will break, more obviously, if you forget to await, so this tends not to be a major problem in practice.) Of course sometimes you need to do something a bit fancier with your awaitable - not all code follows the linear A-then-B-then-C pattern. Notes on implementing more complex patterns are in later sections.","breadcrumbs":"Synapse Architecture » Log Contexts » Always await your awaitables","id":"606","title":"Always await your awaitables"},"607":{"body":"Most of the time, an awaitable comes from another synapse function. Sometimes, though, we need to make up a new awaitable, or we get an awaitable back from external code. We need to make it follow our rules. The easy way to do it is by using context.make_deferred_yieldable. Suppose we want to implement sleep, which returns a deferred which will run its callbacks after a given number of seconds. That might look like: # not a logcontext-rules-compliant function\ndef get_sleep_deferred(seconds): d = defer.Deferred() reactor.callLater(seconds, d.callback, None) return d That doesn't follow the rules, but we can fix it by calling it through context.make_deferred_yieldable: async def sleep(seconds): return await context.make_deferred_yieldable(get_sleep_deferred(seconds))","breadcrumbs":"Synapse Architecture » Log Contexts » Where you create a new awaitable, make it follow the rules","id":"607","title":"Where you create a new awaitable, make it follow the rules"},"608":{"body":"Sometimes you want to fire off a chain of execution, but not wait for its result. That might look a bit like this: async def do_request_handling(): await foreground_operation() # *don't* do this background_operation() logger.debug(\"Request handling complete\") async def background_operation(): await first_background_step() logger.debug(\"Completed first step\") await second_background_step() logger.debug(\"Completed second step\") The above code does a couple of steps in the background after do_request_handling has finished. The log lines are still logged against the request_context logcontext, which may or may not be desirable. There are two big problems with the above, however. The first problem is that, if background_operation returns an incomplete awaitable, it will expect its caller to await immediately, so will have cleared the logcontext. In this example, that means that 'Request handling complete' will be logged without any context. The second problem, which is potentially even worse, is that when the awaitable returned by background_operation completes, it will restore the original logcontext. There is nothing waiting on that awaitable, so the logcontext will leak into the reactor and possibly get attached to some arbitrary future operation. There are two potential solutions to this. One option is to surround the call to background_operation with a PreserveLoggingContext call. That will reset the logcontext before starting background_operation (so the context restored when the deferred completes will be the empty logcontext), and will restore the current logcontext before continuing the foreground process: async def do_request_handling(): await foreground_operation() # start background_operation off in the empty logcontext, to # avoid leaking the current context into the reactor. with PreserveLoggingContext(): background_operation() # this will now be logged against the request context logger.debug(\"Request handling complete\") Obviously that option means that the operations done in background_operation would be not be logged against a logcontext (though that might be fixed by setting a different logcontext via a with LoggingContext(...) in background_operation). The second option is to use context.run_in_background, which wraps a function so that it doesn't reset the logcontext even when it returns an incomplete awaitable, and adds a callback to the returned awaitable to reset the logcontext. In other words, it turns a function that follows the Synapse rules about logcontexts and awaitables into one which behaves more like an external function --- the opposite operation to that described in the previous section. It can be used like this: async def do_request_handling(): await foreground_operation() context.run_in_background(background_operation) # this will now be logged against the request context logger.debug(\"Request handling complete\")","breadcrumbs":"Synapse Architecture » Log Contexts » Fire-and-forget","id":"608","title":"Fire-and-forget"},"609":{"body":"A typical example of this is where we want to collect together two or more awaitables via defer.gatherResults: a1 = operation1()\na2 = operation2()\na3 = defer.gatherResults([a1, a2]) This is really a variation of the fire-and-forget problem above, in that we are firing off a1 and a2 without awaiting on them. The difference is that we now have third-party code attached to their callbacks. Anyway either technique given in the Fire-and-forget section will work. Of course, the new awaitable returned by gather needs to be wrapped in order to make it follow the logcontext rules before we can yield it, as described in Where you create a new awaitable, make it follow the rules . So, option one: reset the logcontext before starting the operations to be gathered: async def do_request_handling(): with PreserveLoggingContext(): a1 = operation1() a2 = operation2() result = await defer.gatherResults([a1, a2]) In this case particularly, though, option two, of using context.run_in_background almost certainly makes more sense, so that operation1 and operation2 are both logged against the original logcontext. This looks like: async def do_request_handling(): a1 = context.run_in_background(operation1) a2 = context.run_in_background(operation2) result = await make_deferred_yieldable(defer.gatherResults([a1, a2]))","breadcrumbs":"Synapse Architecture » Log Contexts » Passing synapse deferreds into third-party functions","id":"609","title":"Passing synapse deferreds into third-party functions"},"61":{"body":"Before upgrading check if any special steps are required to upgrade from the version you currently have installed to the current version of Synapse. The extra instructions that may be required are listed later in this document. Check that your versions of Python and PostgreSQL are still supported. Synapse follows upstream lifecycles for Python and PostgreSQL , and removes support for versions which are no longer maintained. The website https://endoflife.date also offers convenient summaries. If Synapse was installed using prebuilt packages , you will need to follow the normal process for upgrading those packages. If Synapse was installed using pip then upgrade to the latest version by running: pip install --upgrade matrix-synapse If Synapse was installed from source, then: Obtain the latest version of the source code. Git users can run git pull to do this. If you're running Synapse in a virtualenv, make sure to activate it before upgrading. For example, if Synapse is installed in a virtualenv in ~/synapse/env then run: source ~/synapse/env/bin/activate\npip install --upgrade . Include any relevant extras between square brackets, e.g. pip install --upgrade \".[postgres,oidc]\". If you're using poetry to manage a Synapse installation, run: poetry install Include any relevant extras with --extras, e.g. poetry install --extras postgres --extras oidc. It's probably easiest to run poetry install --extras all. Restart Synapse: synctl restart To check whether your update was successful, you can check the running server version with: # you may need to replace 'localhost:8008' if synapse is not configured\n# to listen on port 8008. curl http://localhost:8008/_synapse/admin/v1/server_version","breadcrumbs":"Upgrading between Synapse Versions » Upgrading Synapse","id":"61","title":"Upgrading Synapse"},"610":{"body":"It turns out that our logcontext rules do not play nicely with awaitable chains which get orphaned and garbage-collected. Imagine we have some code that looks like this: listener_queue = [] def on_something_interesting(): for d in listener_queue: d.callback(\"foo\") async def await_something_interesting(): new_awaitable = defer.Deferred() listener_queue.append(new_awaitable) with PreserveLoggingContext(): await new_awaitable Obviously, the idea here is that we have a bunch of things which are waiting for an event. (It's just an example of the problem here, but a relatively common one.) Now let's imagine two further things happen. First of all, whatever was waiting for the interesting thing goes away. (Perhaps the request times out, or something even more interesting happens.) Secondly, let's suppose that we decide that the interesting thing is never going to happen, and we reset the listener queue: def reset_listener_queue(): listener_queue.clear() So, both ends of the awaitable chain have now dropped their references, and the awaitable chain is now orphaned, and will be garbage-collected at some point. Note that await_something_interesting is a coroutine, which Python implements as a generator function. When Python garbage-collects generator functions, it gives them a chance to clean up by making the await (or yield) raise a GeneratorExit exception. In our case, that means that the __exit__ handler of PreserveLoggingContext will carefully restore the request context, but there is now nothing waiting for its return, so the request context is never cleared. To reiterate, this problem only arises when both ends of a awaitable chain are dropped. Dropping the the reference to an awaitable you're supposed to be awaiting is bad practice, so this doesn't actually happen too much. Unfortunately, when it does happen, it will lead to leaked logcontexts which are incredibly hard to track down.","breadcrumbs":"Synapse Architecture » Log Contexts » A note on garbage-collection of awaitable chains","id":"610","title":"A note on garbage-collection of awaitable chains"},"611":{"body":"","breadcrumbs":"Synapse Architecture » Replication » Replication Architecture","id":"611","title":"Replication Architecture"},"612":{"body":"We'd like to be able to split some of the work that synapse does into multiple python processes. In theory multiple synapse processes could share a single postgresql database and we'd scale up by running more synapse processes. However much of synapse assumes that only one process is interacting with the database, both for assigning unique identifiers when inserting into tables, notifying components about new updates, and for invalidating its caches. So running multiple copies of the current code isn't an option. One way to run multiple processes would be to have a single writer process and multiple reader processes connected to the same database. In order to do this we'd need a way for the reader process to invalidate its in-memory caches when an update happens on the writer. One way to do this is for the writer to present an append-only log of updates which the readers can consume to invalidate their caches and to push updates to listening clients or pushers. Synapse already stores much of its data as an append-only log so that it can correctly respond to /sync requests so the amount of code changes needed to expose the append-only log to the readers should be fairly minimal.","breadcrumbs":"Synapse Architecture » Replication » Motivation","id":"612","title":"Motivation"},"613":{"body":"","breadcrumbs":"Synapse Architecture » Replication » Architecture","id":"613","title":"Architecture"},"614":{"body":"See the TCP replication documentation .","breadcrumbs":"Synapse Architecture » Replication » The Replication Protocol","id":"614","title":"The Replication Protocol"},"615":{"body":"There are read-only version of the synapse storage layer in synapse/replication/slave/storage that use the response of the replication API to invalidate their caches.","breadcrumbs":"Synapse Architecture » Replication » The Slaved DataStore","id":"615","title":"The Slaved DataStore"},"616":{"body":"Information about how the tcp replication module is structured, including how the classes interact, can be found in synapse/replication/tcp/__init__.py","breadcrumbs":"Synapse Architecture » Replication » The TCP Replication Module","id":"616","title":"The TCP Replication Module"},"617":{"body":"","breadcrumbs":"Synapse Architecture » TCP Replication » TCP Replication","id":"617","title":"TCP Replication"},"618":{"body":"Previously the workers used an HTTP long poll mechanism to get updates from the master, which had the problem of causing a lot of duplicate work on the server. This TCP protocol replaces those APIs with the aim of increased efficiency.","breadcrumbs":"Synapse Architecture » TCP Replication » Motivation","id":"618","title":"Motivation"},"619":{"body":"The protocol is based on fire and forget, line based commands. An example flow would be (where '>' indicates master to worker and '<' worker to master flows): > SERVER example.com\n< REPLICATE\n> POSITION events master 53 53\n> RDATA events master 54 [\"$foo1:bar.com\", ...]\n> RDATA events master 55 [\"$foo4:bar.com\", ...] The example shows the server accepting a new connection and sending its identity with the SERVER command, followed by the client server to respond with the position of all streams. The server then periodically sends RDATA commands which have the format RDATA , where the format of is defined by the individual streams. The