# proxmox-api-simulator Stateful asynchronous Proxmox VE API simulator for testing API clients and infrastructure tooling without a real hypervisor cluster. The runnable foundation and authoritative contract toolchain are implemented. Imported methods can be registered dynamically, but no stateful Proxmox method is claimed as compatible yet; the vertical slice is tracked in [the implementation plan](docs/implementation-plan.md). ## Development Python 3.13 is required. ```bash make install make ci ``` Local services use plain HTTP at this stage: ```bash cp .env.example .env make docker-up curl http://localhost:8006/health/live curl http://localhost:8006/health/ready ``` Contract artifacts can be validated and imported into immutable local revisions: ```bash .venv/bin/proxmox-api-contract validate tests/fixtures/api-viewer/pve-9.2.3-version.json .venv/bin/proxmox-api-contract --store contracts import \ --file tests/fixtures/api-viewer/pve-9.2.3-version.json --version 9.2.3 .venv/bin/proxmox-api-contract --store contracts list ``` Remote imports accept HTTPS URLs on the explicit official-domain allowlist and reject private address resolution, unsafe redirects, oversized responses, and unbounded retries. Imported revisions are addressed by their normalized snapshot checksum and are never overwritten. Normalized snapshots can be compared in text, JSON, Markdown, or HTML. The diff command exits with status 1 when it finds a breaking change, making it suitable for CI policy checks: ```bash .venv/bin/proxmox-api-contract diff old-snapshot.json new-snapshot.json \ --format markdown ``` Set `CONTRACT_SNAPSHOT` to a normalized snapshot file to register its methods under both `/api2/json` and `/api2/extjs`. Routes without a semantic handler return an explicit 501 by default. `CONTRACT_FALLBACK=schema-default` enables schema-only exploration; `fixture` serves only values explicitly embedded in a method contract. See [the architecture](docs/architecture.md) for component boundaries and durability decisions. Commands for not-yet-implemented milestones intentionally return a non-zero status instead of pretending to succeed.