skip 'it creates a fork owned by the user running the test'

# Setup environment variables used for testscript
env REPO=${SCRIPT_NAME}-${RANDOM_STRING}
env FORK=${REPO}-fork

# Use gh as a credential helper
exec gh auth setup-git

# Get the current username for the fork owner
exec gh api user --jq .login
stdout2env USER

# Create a repository to act as upstream with a file so it has a default branch
exec gh repo create ${ORG}/${REPO} --add-readme --private

# Defer repo cleanup of upstream
defer gh repo delete --yes ${ORG}/${REPO}

# Create a user fork of repository. This will be owned by USER.
exec gh repo fork ${ORG}/${REPO} --fork-name ${FORK}
sleep 5

# Defer repo cleanup of fork
defer gh repo delete --yes ${USER}/${FORK}

# Retrieve fork repository information
exec gh repo view ${USER}/${FORK} --json id --jq '.id'
stdout2env FORK_ID

# Clone the repo
exec gh repo clone ${USER}/${FORK}
cd ${FORK}

# Prepare a branch where changes are pulled from the upstream default branch but pushed to fork
exec git checkout -b feature-branch
exec git branch --set-upstream-to upstream/main
exec git config remote.pushDefault origin
exec git config unset remote.upstream.gh-resolved
exec git commit --allow-empty -m 'Empty Commit'
exec git push

# Create the PR spanning upstream and fork repositories
exec gh pr create --title 'Feature Title' --body 'Feature Body'
stdout https://${GH_HOST}/${ORG}/${REPO}/pull/1

# Assert that the PR was created with the correct head repository and refs
exec gh pr view --json headRefName,headRepository,baseRefName,isCrossRepository
stdout {"baseRefName":"main","headRefName":"feature-branch","headRepository":{"id":"${FORK_ID}","name":"${FORK}"},"isCrossRepository":true}