97a7200c1a
The scraper never read "överlåtbara dagar" from Försäkringskassan. It only visited ansok-och-planera-foraldrapenning#/valjdagar and derived the reserved/transferable split in build_snapshot, assuming transferable days are spent before reserved ones. On real data that gave 49 for the user and 0 for the partner where FK states 129 and 71. The assumption cannot be repaired: reserved-first, transferable-first, proportional and cap-based models were all checked against real figures and none reproduces FK's accounting (reserved-first fits the partner but is 10 days off for the user). FK publishes the real numbers per parent per tier on the min-foraldrapenning page, which the scraper had never visited. - Scrape the "Dagar ni kan föra över" panel after the valjdagar extraction, summing sjukpenningnivå + lägstanivå per parent. The totals are not literals on the page. Parse only direct-child <p> elements: the first group embeds a tooltip with decoy "45 dagar"/"90 dagar" text. - build_snapshot accepts the reported value and derives reserved days from it; the old arithmetic remains only as a fallback. An implausible FK value degrades to that fallback rather than failing the fetch. - Record provenance in transferable_days_reported (migration 006) and badge derived values as estimates in the dashboard breakdown. Drop the footnote's claim that at most 150 days are transferable — real data contradicts it as a per-family figure. - Select the child's section by name when FK lists several; never guess. Verified against a live BankID scrape: scraped 240/101/139 with 129 transferable, deduced partner 240/169/71 with 71, both flagged as reported. Incidental fixes found along the way: - The fetch router never forwarded the partner's transferable figure to persist_partner_deduction, so the partner's stored snapshot would have kept the flawed split even once the parse landed. - 'deduced' snapshots were labelled "Manually entered" by a two-way ternary over a three-value union. Replaced with a compiler-checked exhaustive map. - Alembic resolved its database from alembic.ini alone, ignoring APP_SQLITE_PATH, so migrations silently targeted the developer's real database even when pointed elsewhere. env.py now resolves it, preferring -x sqlalchemy.url, then a real APP_SQLITE_PATH, then the ini value. - backend/captures/ was not ignored: the root pattern was anchored as /captures/ despite a comment saying scraper dumps must never be tracked. - CLAUDE.md quoted test counts and coverage percentages that had gone stale, which made a correct verification report look suspect. Gate thresholds kept. Co-Authored-By: Claude Opus 5 <noreply@anthropic.com> Claude-Session: https://claude.ai/code/session_01DXPBfr1v7F71t6QcbHCaaT
68 lines
3.3 KiB
Python
68 lines
3.3 KiB
Python
"""Pure database-URL resolution logic for Alembic migrations.
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Kept separate from `env.py` so it is importable and unit-testable on its own:
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`env.py` has import-time side effects tied to an active Alembic
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`MigrationContext` (it calls `alembic.context.config...` at module scope) and
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cannot be imported outside of an actual `alembic` invocation. This module has
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no such dependency — it only takes plain values in and returns plain values
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out.
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Resolution order implemented by `resolve_database_url` (first match wins):
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1. An explicit `-x sqlalchemy.url=...` argument — a documented way to point a
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one-off Alembic run at a scratch database without touching the environment.
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2. `APP_SQLITE_PATH` read directly from `os.environ` — but only when it is
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genuinely present and non-empty. This deliberately does NOT go through
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`app.config.Settings`: `Settings.sqlite_path` has a default
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(`"./foraldraledig.db"`), so a `Settings()` instance can never tell "the
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env var was set to the default's value" apart from "the env var was never
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set at all" — the default always wins, which made step 3 below dead code
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and meant a `sqlalchemy.url` set programmatically on the Alembic `Config`
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(e.g. `cfg.set_main_option(...)` in a test) was silently ignored in favour
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of whatever `./foraldraledig.db` resolved to, including the developer's
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real local database. Reading `os.environ` directly is the only way to
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distinguish "explicitly set" from "defaulted".
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Only the real `APP_SQLITE_PATH` environment variable counts here — a value
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from an `.env` file is deliberately NOT treated as "explicitly set" (this
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resolver never loads `.env`). `.env` is a developer convenience with
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quietly-applied defaults, exactly the kind of implicit source that caused
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this bug; requiring a real env var keeps "what database does this
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migration run touch" answerable by looking at the process environment
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alone, and it means an `.env` file can never silently retarget migrations
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for anyone running Alembic (locally or in CI) who does not also have that
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exact environment variable exported.
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3. The `sqlalchemy.url` value from `alembic.ini` — or from
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`Config.set_main_option("sqlalchemy.url", ...)`, which is indistinguishable
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from `alembic.ini` by the time it reaches `context.config.get_main_option`
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— as the fallback when neither of the above applies.
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This is the single place that decides which database Alembic touches — never
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read `alembic.ini`'s `sqlalchemy.url` directly anywhere else, so migrations
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can never silently target a different database than the one the running app
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actually uses.
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"""
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from __future__ import annotations
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import os
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def resolve_database_url(x_args: dict[str, str], ini_url: str | None) -> str | None:
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"""Resolve the database URL from -x args, a real APP_SQLITE_PATH env var,
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then the ini fallback."""
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explicit_url = x_args.get("sqlalchemy.url")
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if explicit_url:
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return explicit_url
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sqlite_path = os.environ.get("APP_SQLITE_PATH")
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if sqlite_path:
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return f"sqlite:///{sqlite_path}"
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return ini_url
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def coerce_sqlite_async(url: str) -> str:
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"""sqlite:/// → sqlite+aiosqlite:/// so the async engine can use it."""
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if url.startswith("sqlite:///"):
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return url.replace("sqlite:///", "sqlite+aiosqlite:///", 1)
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return url
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