bin/build.sh publish # Build docker image and upload to private gce repository
kubectl create namespace dataporten
kubectl --namespace dataporten apply -f etc/kubernetes/secrets.yaml
kubectl --namespace dataporten apply -f etc/kubernetes/deployments.yaml
kubectl --namespace dataporten apply -f etc/kubernetes/service.yaml
kubectl --namespace dataporten apply -f etc/kubernetes/ingress.yaml
Initialize cassandra schema:
kubectl --namespace dataporten delete job cassandra-schema-main
kubectl --namespace dataporten delete job cassandra-schema-session
kubectl --namespace dataporten apply -f etc/kubernetes/job-schema.yaml
kubectl --namespace dataporten exec -i dataporten-cassandra-3112224070-njkaq cqlsh < ../metadata-import/etc/init.cql
Load eduGAIN metadata
kubectl --namespace dataporten delete job metadata-import
kubectl --namespace dataporten apply -f etc/kubernetes/job-metadata-import.yaml
Access cassandra with CQLSH
Through local client
kubectl --namespace dataporten port-forward dataporten-cassandra-3112224070-u98j9 9042:9042
cqlsh
Directly on cassandra container:
kubectl --namespace dataporten exec -ti dataporten-cassandra-3112224070-u98j9 cqlsh
Inspect
kubectl --namespace dataporten get pods --show-all
kubectl --namespace dataporten get secrets
Run a local docker container with mounted directories for the content that you would like to work on.
bin/build.sh
bin/rundev.sh
Access the service on:
Build docker image
docker build -t dataporten-authengine .
Runnning docker image
docker run -p 8080:80 --env-file ENV dataporten-authengine
Main configuration of Auth engine:
etc/config.json - Main configuration
etc/scopedef.json -
SimpleSAMLphp configuration
etc/simplesamlphp-config
etc/simplesamlphp-metadata
Mount these additional configuration files:
/conf/saml.pem
/conf/saml.crt
Enrivonment variables Auth engine
Used by both auth engine and apache
AE_SERVER_NAME=auth.dataporten.no
[email protected]
FC_CASSANDRA_CONTACTPOINTS=cassandra
FC_CASSANDRA_KEYSPACE=dataporten
FC_CASSANDRA_USESSL=false
Used by auth engine
CASSANDRA_USERNAME=dataporten
CASSANDRA_PASSWORD=xxx
AE_DEBUG=true
AE_SALT=xxx
FC_ENDPOINT_GROUPS=https://groups-api.dataporten.no
FC_ENDPOINT_CORE=https://api.dataporten.no
AE_TESTUSERSFILE=testusers.json
FEIDE_IDP=https://idp.feide.no
AE_TESTUSERSFILE points to a json file in etc that contains test users that will override config content.
Unspecified
AE_AS_TWITTER_KEY=xxx
AE_AS_TWITTER_SECRET=xxx
AE_AS_LINKEDIN_KEY=xxx
AE_AS_LINKEDIN_SECRET=xxx
AE_AS_FACEBOOK_KEY=xxx
AE_AS_FACEBOOK_SECRET=xxx
Used by SimpleSAMLphp config
AE_SAML_ADMINPASSWORD=xxx
AE_SAML_SECRETSALT=xxx
AE_SAML_TECHNICALCONTACT_NAME=UNINETT AS
FC_CASSANDRA_SESSION_KEYSPACE=sessionstore
FC_CASSANDRA_SESSION_USESSL=false
To run development version on http (insecure):
AE_SERVER_NAME=localhost:8080
AE_DEBUG=true
HTTPS_ON=off
HTTPS_PROTO=http
There is a shell script that simplifies automation of running tests. Used in CI.
./runtests.sh
If you would like to setup the test environment more manually, you can run:
docker-compose up -d cassandra
# Wait some time, until cassandra is up.
docker-compose run dataportenschemas
docker-compose run metadataschemas
docker-compose run testenv ant
For testing a specific unit test, you can run:
docker-compose run testenv vendor/phpunit/phpunit/phpunit tests/ConfigTest
To update main dictionary content, upload dictionaries/dictionary.en.json to transifex.
To download translations run:
grunt lang