run

#!/bin/bash

# Env Vars:
# REGISTRY: name of the image registry/namespace to get the images

# Clean up previous run
function clean() {
  set +ex
  echo Cleaning...
  (
  ibmcloud ce app delete -n lister -f
  ibmcloud ce secret delete -n cecli-keys -f
  ibmcloud iam api-keys | grep cecli | sed "s/.*\(ApiKey\)/\1/" | while read a
    do ibmcloud iam api-key-delete -f $a
  done
  ) > /dev/null 2>&1
}

clean
[[ "$1" == "clean" ]] && exit 0

export REGISTRY=${REGISTRY:-icr.io/codeengine}

set -ex

# Create an API Key so that our App can use it to talk to Code Engine
apikey="$(ibmcloud iam api-key-create cecli -q -o json|jq -r '.apikey')"

# Create a 'secret' to hold our API Key, Project name, Resource Group and
# Region
ibmcloud ce secret create -n cecli-keys \
  --from-literal "APIKEY=$apikey" \
  --from-literal "GROUP=$(ibmcloud target -o json|jq -r '.resource_group.name')"


# Create our application that will kick off the "ibmcloud ce app list".
# Note that the App will take a little longer than normal to start-up because we
# setup the cloud CLI environment (eg. login) before starting the HTTP server.
# Need to give it a little more CPU than the default.
ibmcloud ce app create -n lister --image $REGISTRY/cecli --env-sec cecli-keys --cpu .125 --memory 0.25G

# Save App's URL for later
APP=$(ibmcloud ce app get -n lister -o url)

# Call the app - if it works it should return the output of the 'app list' cmd
curl -fsw "%{http_code}\n" $APP/list | tee out
[[ "${PIPESTATUS[0]}" == "0" ]]

# Verify we see our App in the output
grep "^lister " out

clean