Claude Code transcript

All the flags (--type, --tag, --update-dns, --wait-for-ip) work together in a single create call. Here's my plan for the refactored tests:

Approach: Use a single class with a class-scoped fixture that creates one droplet with all features (DNS, type tag, custom tag, wait-for-ip). Individual test methods each verify a specific aspect, so they're reported as separate pass/fail. The fixture teardown handles destroy + DNS cleanup.

This reduces the number of droplets from 4 to 1.

Clean. Here's a summary of the changes for issue #40:

Before: 4 test classes, each creating and destroying its own droplet (4 machines total): - TestDropletLifecycle — create/list/destroy - TestDNSLifecycle — create with DNS, verify, destroy - TestCreateWithInitialize — create with type, verify - TestCustomTag — create with tag, verify

After: 1 test class with a class-scoped fixture that creates a single droplet with all features (--type e2e-basic, --update-dns, --tag, --wait-for-ip), and 6 individual test methods that each verify a specific aspect: 1. test_droplet_appears_in_list — name in list output 2. test_droplet_has_ip — IP assigned 3. test_dns_record_created — A record exists 4. test_dns_zone_in_create_output — DNS zone in CLI output 5. test_type_tag_applied — type tag filterable 6. test_custom_tag_applied — custom tag filterable

Each test is reported as a separate pass/fail. The fixture teardown handles destroy with --delete-dns. This reduces the number of machines from 4 to 1, and also extracts the droplet ID parsing into a shared _extract_droplet_id() helper.