The read tier now also fetches each row raw and fails if a typed row lost a
key, which is what catches a field the models drop.
The write tier creates a purchase order, location, webhook and recurring
invoice from bare `Default` models, since those are exactly what broke
against a real server, and exercises the uploads and the client extras. The
password tier merges two throwaway clients and purges the survivor.
Writes stay behind the existing guard: `IN_SMOKE_WRITE_HOST` must equal the
host in `IN_BASE_URL`, so a write only ever reaches a server that was named
explicitly. It prints PASS/FAIL per check and never the contents of a
record. `smoke.yml` runs it on demand only (`workflow_dispatch`), with the
write tier gated on the `write_host` input naming the instance.
Co-Authored-By: Claude Opus 5 <noreply@anthropic.com>
Twice now a mock written from the upstream source passed while a real server
disagreed — the system-log timestamps and the `/subscriptions/steps` shape —
and `frequency_id` and several empty-string fields were wrong the same way.
Reading the source harder was not going to find the next one.
`tests/fixtures/*.json` hold the *shapes* of real responses: every key, with
its JSON type, and no values at all. `real_shapes.rs` decodes each one and
checks that a decode plus re-serialise loses no key, so a field the models
silently drop now fails a test. It also refuses a fixture holding any real
value, and refuses a fixture that no test reads.
`seed_sample_data.rs` fills a disposable instance with one row of each kind
and `capture_shapes.rs` captures the shapes back out with GET requests only,
so the set can be refreshed when a divergence turns up.
Co-Authored-By: Claude Opus 5 <noreply@anthropic.com>
The suite runs against mock servers written from the upstream source, so
it cannot catch a place where a real server disagrees with that reading.
`examples/smoke_test.rs` can: it lists every resource, checks the
pagination walk against a single oversized request, probes the per_page
cap, and exercises statics, search and health_check. The upload wire
format (POST plus `_method=PUT`) was read from the framework source
rather than observed, so its write tier is the real verification of it.
It prints PASS/FAIL per check and never the contents of a record.
Writes are guarded. `IN_SMOKE_WRITE_HOST` must equal the host in
`IN_BASE_URL`, so a write can only reach a server that was named
explicitly. `IN_BASE_URL` has no default, unlike the other example,
because defaulting to the hosted app is the wrong failure for a tool
that can write. The write tier leaves a gap in the client number
sequence and a soft-deleted row even after cleanup, so it is documented
as disposable-instance only.
Running it against a dead port exposed a diagnosability gap:
`Error::Http` printed "error sending request for url (...)" and nothing
else. reqwest's Display stops at the outermost layer, and the reason
("Connection refused", a DNS failure, a TLS error) lives in `source()`.
The error now renders its whole cause chain.
Co-Authored-By: Claude Opus 5 <noreply@anthropic.com>
Covers Clients, Invoices, Quotes, Credits, Payments, Products, Expenses,
Projects, Tasks, and Vendors, each with list, list_all, get, create,
update, and delete, generated by the resource_methods! macro.
Every model carries a #[serde(flatten)] extra map so fields the API
returns but the crate does not model survive a get/update round-trip
instead of being silently dropped.
Includes a Nix dev shell (Rust via rust-overlay), a GitHub Actions CI
workflow running build/test/fmt/clippy, and round-trip tests for the
extra-preservation invariant.
Co-Authored-By: Claude Opus 5 <noreply@anthropic.com>
awkawbandClaude Opus 5