#Version v3.10
$ oc cluster up --enable=service-catalog

or

$ oc cluster up
$ oc cluster add service-catalog

In order to build and push the image, run the following command:

$ make image/build/push ORG=<yourOrg>

or

$ make build_image <DOCKERORG=yourDockerOrg>
$ make push <DOCKERORG=yourDockerOrg>

An OpenShift template in the templates directory of this repo is used to deploy the broker to a running OpenShift cluster. This assumes that the svcat command line tool is installed.

# Login as admin user
$ oc login -u system:admin

# Setup the cluster and deploy the broker
$ make cluster/prepare cluster/deploy ORG=<yourOrg>

# Verify that the broker has been registered correctly and STATUS is 'Ready'
$ svcat get brokers

# View the status of the broker
$ oc describe clusterservicebroker managed-service-broker

Note: make cluster/remove/deploy will remove the deployment and make cluster/clean will remove the required setup.

Guide to building and running the broker locally and connecting it to a minishift VM.

Note: The same steps should work with any OpenShift cluster (oc cluster up) that has access to your host machine.

OpenShift Version 3.9.0:

$ minishift start --openshift-version v3.9.0 --extra-clusterup-flags "--service-catalog"

OpenShift Version 3.10.0:

$ minishift start --openshift-version v3.10.0 --extra-clusterup-flags "--enable=*,service-catalog"

$ oc login -u system:admin && oc adm policy add-cluster-role-to-user cluster-admin developer && oc login -u developer -p any && minishift console
$ eval $(minishift docker-env)

$ oc create -f https://raw.githubusercontent.com/syndesisio/syndesis/master/install/operator/deploy/syndesis-crd.yml

When setting up the broker we need to set the URL that the OpenShift cluster can access your locally running broker on. In the case of minishift this will be something like "192.168.99.1"

$ oc process -f templates/broker.local.template.yml -p URL=http://192.168.99.1:8080 | oc create -f -

Alternatively, if you already have a running managed service broker in your cluster you can patch the existing resource:

$ oc patch clusterservicebroker/managed-service-broker --patch '{"spec":{"url": "http://192.168.99.1:8080"}}'

# Set KUBERNETES_CONFIG if it is not already set
# Default location is ~/.kube/config
$ export KUBERNETES_CONFIG=~/.kube/config

$ make code/compile code/run
CGO_ENABLED=0 GOOS=linux GOARCH=amd64 go build -o ./tmp/_output/bin/managed-service-broker ./cmd/broker
KUBERNETES_CONFIG=/home/mnairn/.kube/config ./tmp/_output/bin/managed-service-broker --port 8080
INFO[0000] Catalog()
INFO[0000] Getting fuse catalog entries
INFO[0000] Getting launcher catalog entries
INFO[0000] Getting che catalog entries
INFO[0000] Starting server on :8080

$ svcat get brokers
           NAME                                                        URL                                              STATUS
+-------------------------+-------------------------------------------------------------------------------------------+--------+
  msb-local                 http://192.168.99.1:8080                                                                    Ready
  template-service-broker   https://apiserver.openshift-template-service-broker.svc:443/brokers/template.openshift.io   Ready

Setup the managed-service-broker as outlined in Deploy managed-service-broker section.

# Set env vars for managed-service-broker url and API token.

# Expose a route to the managed service broker
$ oc expose svc/msb
$ oc get route msb -o=jsonpath='{.status.ingress[0].host}'
msb-managed-service-broker.127.0.0.1.nip.io

# Get API token
$ oc whoami -t
EkoH4sIC1aTBWRBNeAzYfkMoMc36W2V3nqPigulKK-s

$ export KUBERNETES_API_TOKEN=EkoH4sIC1aTBWRBNeAzYfkMoMc36W2V3nqPigulKK-s
$ export BROKER_URL=http://msb-managed-service-broker.127.0.0.1.nip.io // Add protocol: http://....

# If KUBERNETES_CONFIG is not already set.
export KUBERNETES_CONFIG=~/.kube/config

# Run tests
$ make test/e2e

NOTE: If running the test against a locally running managed-service-broker the permissions used will be of the user you have logged in with using oc login. To correctly test permissions run against a managed-service-broker running in a cluster.

When deploying to an OpenShift cluster, the broker is configured for TLS/SSL using the CA built into OpenShift. This is done by adding an OpenShift specific annotation to the broker's Service definition:

...
kind: Service
metadata:
  name: msb
  labels:
    app:  managed-service-broker
    service: msb
  annotations:
    service.alpha.openshift.io/serving-cert-secret-name: msb-tls
...

The annotation uses the built in CA to generate a signed cert and key in a secret called msb-tls. The certs are then added as environment variables to the broker container:

    env:
    - name: TLS_CERT
        valueFrom:
        secretKeyRef:
            name: msb-tls
            key: tls.crt
    - name: TLS_KEY
        valueFrom:
        secretKeyRef:
            name: msb-tls
            key: tls.key

The Service Catalog must be provided with the caBundle so that it can validate the certificate signing chain. The CA is specified in the ClusterServiceBroker definition, in spec.caBundle:

kind: ClusterServiceBroker
  metadata:
    name: managed-service-broker
  spec:
    caBundle: LS0tLS1CRUd...

To get the caBundle, run:

$ oc get secret -n kube-service-catalog -o go-template='{{ range .items }}{{ if eq .type "kubernetes.io/service-account-token" }}{{ index .data "service-ca.crt" }}{{end}}{{"\n"}}{{end}}' | tail -n1

To prompt the catalog to read the broker's catalog end-point, you can use:

$ svcat sync broker managed-service-broker