## Doc commands are being extracted from this file and helpers.
## Indentation is important, please append at the end

setup() {
  load 'helpers'

  common_setup
}

#  Test 1003-get-started
@test "doc-1003-get-started" {
  setup_example_sandbox "doc"

  # Set examples private key
  ./import-tutorial-key.sh

  # Collect url
  dagger up
  url=$(dagger query -f text url)

  # More commands
  dagger list
  ls -l ./s3
  dagger input list

  # Check output
  run curl $url
  assert_output --partial "My Todo app"
}

@test "doc-1004-first-env" {
  setup_example_sandbox "doc"

  # Follow tutorial
  mkdir multibucket
  cp $CODEBLOC_SRC/multibucket/source.cue multibucket
  cp $CODEBLOC_SRC/multibucket/yarn.cue multibucket
  cp $CODEBLOC_SRC/multibucket/netlify.cue multibucket

  dagger doc alpha.dagger.io/netlify
  dagger doc alpha.dagger.io/js/yarn

  # Initialize new env
  dagger new 'multibucket' -p ./multibucket

  # Copy corresponding env
  cp -r $CODEBLOC_SRC/.dagger/env/multibucket .dagger/env/
  # Add missing src input
  dagger -e multibucket input dir src .

  # Run test
  dagger -e multibucket up
  url=$(dagger -e multibucket query -f text site.netlify.deployUrl)

  # Check output :
  run curl $url
  assert_output --partial "./static/css/main.9149988f.chunk.css"
}

@test "doc-1006-google-cloud-run" {
  setup_example_sandbox "doc"

  mkdir gcpcloudrun
  cp $CODEBLOC_SRC/gcpcloudrun/source.cue gcpcloudrun

  # Initialize new env
  dagger new 'gcpcloudrun' -p gcpcloudrun

  # Copy corresponding env
  cp -r $CODEBLOC_SRC/.dagger/env/gcpcloudrun .dagger/env/
  # Add missing src input
  dagger -e gcpcloudrun input dir src .

  # Run test
  run dagger -e gcpcloudrun up
  assert_success
}

@test "doc-1007-kube-kind" {
  skip_unless_local_kube

  #################### BASIC ####################
  # Copy deployment to sandbox
  copy_to_sandbox kube-kind-basic kube-kind

  # Add kubeconfig
  dagger -w "$DAGGER_SANDBOX" -e kube-kind-basic input text kubeconfig -f "$HOME"/.kube/config

  # Up deployment
  dagger -w "$DAGGER_SANDBOX" -e kube-kind-basic up

  # Check deployment
  kubectl describe deployment todoapp | grep 'True'

  # Clean
  kubectl delete deployments --all
  kubectl delete services --all

  #################### DEPLOYMENT ####################
  # Copy deployment to sandbox
  copy_to_sandbox kube-kind-deployment kube-kind

  # Add kubeconfig
  dagger -w "$DAGGER_SANDBOX" -e kube-kind-deployment input text kubeconfig -f "$HOME"/.kube/config

  # Up deployment
  dagger -w "$DAGGER_SANDBOX" -e kube-kind-deployment up

  # Check deployment
  kubectl describe deployment todoapp | grep 'True'

  # Clean
  kubectl delete deployments --all
  kubectl delete services --all

  #################### CUE MANIFEST ####################
  # Copy deployment to sandbox
  copy_to_sandbox kube-kind-cue-manifest kube-kind

  # Add kubeconfig
  dagger -w "$DAGGER_SANDBOX" -e kube-kind-cue-manifest input text kubeconfig -f "$HOME"/.kube/config

  # Up deployment
  dagger -w "$DAGGER_SANDBOX" -e kube-kind-cue-manifest up

  # Check deployment
  kubectl describe deployment todoapp | grep 'True'

  # Clean
  kubectl delete deployments --all
  kubectl delete services --all
}

@test "doc-1007-kube-aws" {
  #################### BASIC ####################
  # Copy deployment to sandbox
  copy_to_sandbox kube-aws-basic kube-aws

  # Up deployment
  dagger -w "$DAGGER_SANDBOX" -e kube-aws-basic up

  #################### DEPLOYMENT ####################
   # Copy deployment to sandbox
  copy_to_sandbox kube-aws-deployment kube-aws

  # Up deployment
  dagger -w "$DAGGER_SANDBOX" -e kube-aws-deployment up
  #################### CUE MANIFEST ####################
  # Copy deployment to sandbox
  copy_to_sandbox kube-aws-cue-manifest kube-aws

  # Up deployment
  dagger -w "$DAGGER_SANDBOX" -e kube-aws-cue-manifest up
}

@test "doc-1007-kube-gcp" {
  #################### BASIC ####################
  # Copy deployment to sandbox
  copy_to_sandbox kube-gcp-basic kube-gcp

  # Up deployment
  dagger -w "$DAGGER_SANDBOX" -e kube-gcp-basic up

  #################### DEPLOYMENT ####################
  # Copy deployment to sandbox
  copy_to_sandbox kube-gcp-deployment kube-gcp

  # Up deployment
  dagger -w "$DAGGER_SANDBOX" -e kube-gcp-deployment up
  #################### CUE MANIFEST ####################
  # Copy deployment to sandbox
  copy_to_sandbox kube-gcp-cue-manifest kube-gcp

  # Up deployment
  dagger -w "$DAGGER_SANDBOX" -e kube-gcp-cue-manifest up
}

@test "doc-1008-aws-cloudformation" {
  skip_unless_local_localstack
  setup_example_sandbox "doc"

  ### Create a basic plan
  ## Construct
  mkdir cloudformation
  cp $CODEBLOC_SRC/cloudformation/template.cue cloudformation

  # Cloudformation relay
  dagger doc alpha.dagger.io/aws/cloudformation
  cp $CODEBLOC_SRC/cloudformation/source-begin.cue cloudformation/source.cue

  # Initialize new env
  dagger new 'cloudformation' -p cloudformation

  # Finish template setup
  cp $CODEBLOC_SRC/cloudformation/source-end.cue cloudformation/source.cue
  # Copy corresponding env
  cp -r $CODEBLOC_SRC/.dagger/env/cloudformation .dagger/env/

  # Run test
  dagger -e cloudformation up
  stackName=$(dagger -e cloudformation query cfnStackName -f text)

  ## Cleanup
  # Place back empty source
  cp $CODEBLOC_SRC/cloudformation/source-begin.cue cloudformation/source.cue
  cp $CODEBLOC_SRC/cloudformation/deletion.cue cloudformation/deletion.cue
  # Prepare and run cloudformation cleanup
  dagger -e cloudformation input text stackRemoval.stackName $stackName
  dagger -e cloudformation up

  ### Template part
  ## Create convert.cue
  cp $CODEBLOC_SRC/cloudformation/template/convert.cue cloudformation/convert.cue
  rm cloudformation/source.cue cloudformation/deletion.cue

  ## Retrieve Unmarshalled JSON
  dagger query -e cloudformation s3Template

  ## Remove convert.cue
  rm cloudformation/convert.cue
  ## Store the output
  cp $CODEBLOC_SRC/cloudformation/template/template-begin.cue cloudformation/template.cue
  # Inspect conf
  dagger query -e cloudformation template -f text

  cp $CODEBLOC_SRC/cloudformation/template/deployment.cue cloudformation/deployment.cue
  cp $CODEBLOC_SRC/cloudformation/template/template-end.cue cloudformation/template.cue
  cp $CODEBLOC_SRC/cloudformation/source-end.cue cloudformation/source.cue

  # Deploy again
  dagger -e cloudformation query template -f text
  dagger -e cloudformation up
  dagger -e cloudformation output list

  ## Cleanup again
  stackName=$(dagger -e cloudformation query cfnStackName -f text)
  rm -rf cloudformation/*
  # Place back empty source
  cp $CODEBLOC_SRC/cloudformation/source-begin.cue cloudformation/source.cue
  cp $CODEBLOC_SRC/cloudformation/deletion.cue cloudformation/deletion.cue
  # Prepare and run cloudformation cleanup
  dagger -e cloudformation input text stackRemoval.stackName $stackName
  dagger -e cloudformation up
}

@test "doc-1010-dev-cue-package" {
  setup_example_sandbox ""

  # Initializing workspace
  mkdir workspace
  cd workspace

  # Writing package
  dagger init
  mkdir -p cue.mod/pkg/github.com/tjovicic/gcpcloudrun
  cp $CODEBLOC_SRC/dev-cue-package/source.cue cue.mod/pkg/github.com/tjovicic/gcpcloudrun/source.cue
  cp $CODEBLOC_SRC/dev-cue-package/script.sh .

  # We remove the last line of the script, as bats cannot expand dagger
  # to dagger() bats helper func inside bash files
  sed '$d' < script.sh > tmpFile ; mv tmpFile script.sh

  chmod +x script.sh
  ./script.sh
  # Command removed from script.sh above
  dagger new staging -p ./test
  run dagger up -e staging
  assert_output --partial "input=run.gcpConfig.serviceKey"
}