* k8s local deployment work:
- make it easier to deploy w/o ingress by setting 'local_service_port' (suggested port 30870)
- if using local minio, ensure file endpoints set to /data/ and /data/ proxies correctly to local bucket
- if not using minio, ensure file endpoints point to correct access / endpoint url.
- setup should work with docker desktop, minikube, microk8s and k3s!
- nginx chart: bump nginx memory limit to 20Mi
- nginx image: 00-default-override-resolver-config -> 00-browsertrix-nginx-init for clarity
- nginx image: use default nginx.conf, pin to nginx 1.23.2
- mongo: readd readiness probe, bump connect wait timeout (needed for ci)
- config: set superadmin username to 'admin'
- config schema: set 'name' as required
- add sample chart values overrides:
- chart values: local-config.yaml for running locally with 'local_service_port'
- chart values: add microk8s-hosted.yaml for configuring a hosted microk8s setup
- chart values: add microk8s-ci.yaml for ci tests
- ci: remove docker swarm tests
- ci: add microk8s integration tests: launching cluster, logging in, running a crawl of example.com, downloading/checking WACZ
- bump to 1.1.0-beta.2
* simplify back to single config.env!
- back to good ole env vars!
- remove shared secret, which made it difficult to have scheduled crawls, since secrets are immutable, so could not update config if a scheduled crawl existed :/
- all env vars unified in configs/config.env - run-swarm.sh and run-pod.sh 'source' this config
- remove config.sample.yaml
- customize minio volume dir via config.env
- customize redis port via config.env
- include authsign ports in debug-ports config
* backend: refactor swarm support to also support podman (#260)
- implement podman support as subclass of swarm deployment
- podman is used when 'RUNTIME=podman' env var is set
- podman socket is mapped instead of docker socket
- podman-compose is used instead of docker-compose (though docker-compose works with podman, it does not support secrets, but podman-compose does)
- separate cli utils into SwarmRunner and PodmanRunner which extends it
- using config.yaml and config.env, both copied from sample versions
- work on simplifying config: add docker-compose.podman.yml and docker-compose.swarm.yml and signing and debug configs in ./configs
- add {build,run,stop}-{swarm,podman}.sh in scripts dir
- add init-configs, only copy if configs don't exist
- build local image use current version of podman, to support both podman 3.x and 4.x
- additional fixes for after testing podman on centos
- docs: update Deployment.md to cover swarm, podman, k8s deployment
- build backend and frontend with cacheing using GHA cache)
- streamline frontend image to reduce layers
- setup local swarm with test/setup.sh script, wait for containers to init
- copy sample config files as default (add storages.sample.yaml)
- add initial backend test for logging in with default superadmin credentials via 127.0.0.1:9871
- must use 127.0.0.1 instead of localhost for accessing frontend container within action
- use python-on-whale to use docker cli api directly, creating docker stack for each crawl or profile browser
- configure storages via storages.yaml secret
- add crawl_job, profile_job, splitting into base and k8s/swarm implementations
- split manager into base crawlmanager and k8s/swarm implementations
- swarm: load initial scale from db to avoid modifying fixed configs, in k8s, load from configmap
- swarm: support scheduled jobs via swarm-cronjob service
- remove docker dependencies (aiodocker, apscheduler, scheduling)
- swarm: when using local minio, expose via /data/ route in nginx via extra include (in k8s, include dir is empty and routing handled via ingress)
- k8s: cleanup minio chart: move init containers to minio.yaml
- swarm: stateful set implementation to be consistent with k8s scaling:
- don't use service replicas,
- create a unique service with '-N' appended and allocate unique volume for each replica
- allows crawl containers to be restarted w/o losing data
- add volume pruning background service, as volumes can be deleted only after service shuts down fully
- watch: fully simplify routing, route via replica index instead of ip for both k8s and swarm
- rename network btrix-cloud-net -> btrix-net to avoid conflict with compose network
- use statefulsets instead of deployments for mongo, redis, signer
- use k8s job + statefulset for running crawls
- use separate statefulset for crawl (scaled) and single-replica redis stateful set
- move crawl job update login to crawl_updater
- remove shared redis chart
package refactor:
- move to shared code to 'btrixcloud'
- move k8s to 'btrixcloud.k8s'
- move docker to 'btrixcloud.docker'
* apply /api prefix consistently, both directly through backend and when accessing via frontend, fixes#236
* docs: update local deployment docs to use 9871 instead of 8000, don't expose 8000 by default
* schemas: don't include /openapi.json as /healthz in documentation, keep /healthz at root
* k8s: route backend to /api without additional rewriting
- set WEB_CONCURRENCY env var to configure number of backend api workers for both docker and k8s
- set via 'backend_workers' in values.yaml
- also add 'rwp_base_url' to values.yaml
- update containers to use public webrecorder/browsertrix-backend and webrecorder/browsertrix-frontend containers
- make liveness, readiness and startup health checks more tolerant
* backend support for new watch system (#134):
- support for watch via redis pubsub and websocket connection to backend
- can support watch from any number of crawler instances to support scaled crawls
- use /archives/{aid}/crawls/{crawl_id}/watch/ws websocket endpoint
- ws: ignore graceful connectionclosedok exception, log other exceptions
- set logging to info to instead of debug for now (debug logs all ws traffic)
- remove old watch apis in backend
- remove old websocket routing to crawler instance for old watch system
- oauth bearer check: support websockets, use websocket object if no request object
- crawler args: replace --screencastPort with --screencastRedis
* support running backend + frontend together on k8s
* split nginx container into separate frontend service, which uses nignx-base image and the static frontend files
* add nginx-based frontend image to docker-compose build (for building only, docker-based combined deployment not yet supported)
* backend:
- fix paths for email templates
- chart: support '--set backend_only=1' and '--set frontend_only=1' to only force deploy one or the other
- run backend from root /api in uvicorn
