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synapse/docker/complement/conf/start_for_complement.sh
kegsay 11a8ae0632
complement: enable dirty runs (#16520)
* complement: enable dirty runs

* Add changelog

* Set a low connpool limit when running in Complement

Dirty runs can cause many containers to be running concurrently,
which seems to easily exhaust resources on the host. The increased
speedup from dirty runs also seems to use more db connections on
workers, which are misconfigured currently to have
`SUM(workers * cp_max) > max_connections`, causing
```
FATAL:  sorry, too many clients already
```
which results in tests failing.

* Try p=2 concurrency to restrict slowness of servers which causes partial state join tests to flake

* Debug logging

* Only run flakey tests

* Only adjust connection pool limits in worker mode

* Move cp vars to somewhere where they get executed in CI

* Move cp values back to where they actually work

* Debug logging

* Try p=1 to see if this makes worker mode happier

* Remove debug logging
2023-10-27 18:29:20 +01:00

134 lines
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Executable file

#!/bin/bash
#
# Default ENTRYPOINT for the docker image used for testing synapse with workers under complement
set -e
echo "Complement Synapse launcher"
echo " Args: $@"
echo " Env: SYNAPSE_COMPLEMENT_DATABASE=$SYNAPSE_COMPLEMENT_DATABASE SYNAPSE_COMPLEMENT_USE_WORKERS=$SYNAPSE_COMPLEMENT_USE_WORKERS SYNAPSE_COMPLEMENT_USE_ASYNCIO_REACTOR=$SYNAPSE_COMPLEMENT_USE_ASYNCIO_REACTOR"
function log {
d=$(date +"%Y-%m-%d %H:%M:%S,%3N")
echo "$d $@"
}
# Set the server name of the homeserver
export SYNAPSE_SERVER_NAME=${SERVER_NAME}
# No need to report stats here
export SYNAPSE_REPORT_STATS=no
case "$SYNAPSE_COMPLEMENT_DATABASE" in
postgres)
# Set postgres authentication details which will be placed in the homeserver config file
export POSTGRES_PASSWORD=somesecret
export POSTGRES_USER=postgres
export POSTGRES_HOST=localhost
# configure supervisord to start postgres
export START_POSTGRES=true
;;
sqlite|"")
# Configure supervisord not to start Postgres, as we don't need it
export START_POSTGRES=false
;;
*)
echo "Unknown Synapse database: SYNAPSE_COMPLEMENT_DATABASE=$SYNAPSE_COMPLEMENT_DATABASE" >&2
exit 1
;;
esac
if [[ -n "$SYNAPSE_COMPLEMENT_USE_WORKERS" ]]; then
# Specify the workers to test with
# Allow overriding by explicitly setting SYNAPSE_WORKER_TYPES outside, while still
# utilizing WORKERS=1 for backwards compatibility.
# -n True if the length of string is non-zero.
# -z True if the length of string is zero.
if [[ -z "$SYNAPSE_WORKER_TYPES" ]]; then
export SYNAPSE_WORKER_TYPES="\
event_persister:2, \
background_worker, \
frontend_proxy, \
event_creator, \
user_dir, \
media_repository, \
federation_inbound, \
federation_reader, \
federation_sender, \
synchrotron, \
client_reader, \
appservice, \
pusher, \
stream_writers=account_data+presence+receipts+to_device+typing"
fi
log "Workers requested: $SYNAPSE_WORKER_TYPES"
# adjust connection pool limits on worker mode as otherwise running lots of worker synapses
# can make docker unhappy (in GHA)
export POSTGRES_CP_MIN=1
export POSTGRES_CP_MAX=3
echo "using reduced connection pool limits for worker mode"
# Improve startup times by using a launcher based on fork()
export SYNAPSE_USE_EXPERIMENTAL_FORKING_LAUNCHER=1
else
# Empty string here means 'main process only'
export SYNAPSE_WORKER_TYPES=""
fi
if [[ -n "$SYNAPSE_COMPLEMENT_USE_ASYNCIO_REACTOR" ]]; then
if [[ -n "$SYNAPSE_USE_EXPERIMENTAL_FORKING_LAUNCHER" ]]; then
export SYNAPSE_COMPLEMENT_FORKING_LAUNCHER_ASYNC_IO_REACTOR="1"
else
export SYNAPSE_ASYNC_IO_REACTOR="1"
fi
else
export SYNAPSE_ASYNC_IO_REACTOR="0"
fi
# Add Complement's appservice registration directory, if there is one
# (It can be absent when there are no application services in this test!)
if [ -d /complement/appservice ]; then
export SYNAPSE_AS_REGISTRATION_DIR=/complement/appservice
fi
# Generate a TLS key, then generate a certificate by having Complement's CA sign it
# Note that both the key and certificate are in PEM format (not DER).
# First generate a configuration file to set up a Subject Alternative Name.
cat > /conf/server.tls.conf <<EOF
.include /etc/ssl/openssl.cnf
[SAN]
subjectAltName=DNS:${SERVER_NAME}
EOF
# Generate an RSA key
openssl genrsa -out /conf/server.tls.key 2048
# Generate a certificate signing request
openssl req -new -config /conf/server.tls.conf -key /conf/server.tls.key -out /conf/server.tls.csr \
-subj "/CN=${SERVER_NAME}" -reqexts SAN
# Make the Complement Certificate Authority sign and generate a certificate.
openssl x509 -req -in /conf/server.tls.csr \
-CA /complement/ca/ca.crt -CAkey /complement/ca/ca.key -set_serial 1 \
-out /conf/server.tls.crt -extfile /conf/server.tls.conf -extensions SAN
# Assert that we have a Subject Alternative Name in the certificate.
# (grep will exit with 1 here if there isn't a SAN in the certificate.)
openssl x509 -in /conf/server.tls.crt -noout -text | grep DNS:
export SYNAPSE_TLS_CERT=/conf/server.tls.crt
export SYNAPSE_TLS_KEY=/conf/server.tls.key
# Run the script that writes the necessary config files and starts supervisord, which in turn
# starts everything else
exec /configure_workers_and_start.py