The S5.4 analog: every run/portfolio pass can produce a deterministic value
report — modelled → expert-corrected → realized, goal progress, a quantified
learning effect, cost against value — with no model call, no clock and no new
state. It is a PURE PROJECTION over what is already persisted (K5 outbox pairs,
§4.2 inbox verdicts, K1 ledger), joined on the verdict_id K5 mints.
The honesty rule (§1) sets the shape, not the layout:
- approved -> the claim stands (quantified)
- rejected -> the claim is void, 0 (quantified — an earned zero)
- approved_with_adjustment -> §4.2 carries NO adjusted amount, so the corrected
value is UNQUANTIFIED, never back-filled with the claim
- no verdict -> realized is UNMARKED, never zero-that-reads-as-judged and
never the modelled figure
Partial quantification is counted in the output (2 of 4 …, 2 UNMARKED) rather
than summed into a full-looking total. Learning is measured, not asserted: a
rising approval share is reported only alongside the modelled→corrected gap that
shrank behind it, over cohorts split by run_id order. Cost (USD, a K6 upper
bound) and value (NOK) sit side by side and are never divided — no sourced FX
rate exists here, and a ratio would invent one.
Surfaces: standalone CLI (valuereport) and an opt-in --value-report on run.py,
which requires --outbox and is refused BEFORE any spend without one; the report
is written on both run outcomes and never rewrites the run's exit code (a budget
stop stays a budget stop).
Six seams detach-proven RED: honesty boundary (corrected + realized), gap
arithmetic, projection purity, run-seam wiring, pre-spend fail-fast, both-outcome
reporting. Fixtures are COMMITTED and generated with the real primitives, so the
id-join under test is genuine.
Note on the purity test: it was green-but-dead in its first form. Snapshotting
the committed fixture tree in place let an earlier test's stray write pre-seed
the 'before' snapshot, so the detached write reproduced it byte-for-byte. Every
test now projects from a per-test copy, and a pinned file-set test guards the
committed tree. Found by running the detach proof — which is what §11 is for.
portfolio.py is deliberately NOT wired: run_portfolio persists nothing, so there
is nothing for a projection to read. Its docstring now says that instead of
promising the wiring it did not get.
562 -> 584 tests green; ruff + mypy --strict clean over 27 src files.
Co-Authored-By: Claude Opus 5 (1M context) <noreply@anthropic.com>
Claude-Session: https://claude.ai/code/session_01MQu2xxwedckjU56byu1aUG
New portfolio.py: run_portfolio drives N projects sequentially from a
schema-validated reference config, composing each project's §5 context
(merge inbox -> seed -> fold) and running the loop core UNCHANGED per
project, collecting one typed result per project IN CONFIG ORDER. This is
the run path MAF got in its Fase 1 and D7 never had — the prior entrances
(run.py, run_s10.py) drive a single bundle. PortfolioResult holds
per-project results tagged with the config project_id.
Re-entrancy (§3 Step 3): each project composes its OWN context inside the
loop, never a hoisted shared one, so nothing survives one project into the
next except the explicitly shared mutable state — the §8 budget meter, a
portfolio-wide cap. Failure policy is a STACK-LOCAL choice until D-D: the
default RAISES (today everything is thrown); K18 flips it to
collect-and-continue when the D-D wave model lands.
New config contract in contracts.py: ReferenceProjectContract (project_id +
required non-empty bundle_dir + optional inbox_dir) + ReferenceProjectsContract,
loaded fail-fast by load_reference_projects (§10) — a project without a
bundle path is refused before any run. New data/reference_projects.json
example (shape-validated, never executed by the suite). New repo-local
mini-bundle fixture under tests/data/ (a distinct second project, VFD-retrofit
— ALDRI in shared/).
Two detach proofs delivered: drop the bundle_dir Field requirement -> a run
starts on the invalid config and only crashes mid-run -> the fail-fast test
goes red; hoist the per-project composition out of the loop -> project 2 runs
on project 1's context and the VFD marker never reaches its prompt -> the
re-entrancy test goes red. 11 new tests (test_portfolio.py 5 +
test_contracts.py TestReferenceProjects 6). 426 -> 437 tests, golden
byte-exact, full gate clean (ruff + format + mypy strict). README synced
(test count + a Run layer module block).
[skip-docs] — README documents the new module; CLAUDE.md holds invariants
(rules/commands) only, and K2 adds no new invariant, command, or convention.
Co-Authored-By: Claude Opus 4.8 (1M context) <noreply@anthropic.com>
Claude-Session: https://claude.ai/code/session_01RiTwaKLesgcwXx2mDviqpt
