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Tighten the recommendation/plan vocabulary off generic str: MeasureOption.measure_type and PlanMeasure.measure_type are now MeasureType (also _GlazingTarget.measure_type, MeasureDependency.triggers -> frozenset[MeasureType], and the optimiser's chosen/required-type locals). Because MeasureType is a StrEnum the change is transparent to persistence (the `recommendation` varchar column), the optimiser group-by key, and every `== "solar_pv"`-style comparison — so pyright now enforces the enum at every construction site with no runtime behaviour change. The catalogue boundary stays str: ProductRepository.get(measure_type: str) and Product.measure_type are unchanged (they map arbitrary DB/JSON rows), so the fake product repos in tests need no edit. Test construction helpers coerce their str arg via MeasureType(...); direct constructions use members. Suite green: tests/domain/modelling + orchestration + harness 253 pass + 3 xfail; pyright clean on production + tests (pre-existing moto + property- override-rowcount baselines untouched). Co-Authored-By: Claude Opus 4.8 <noreply@anthropic.com>
91 lines
3 KiB
Python
91 lines
3 KiB
Python
"""The sense-check table the DB-less harness prints for a Plan."""
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from __future__ import annotations
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from domain.modelling.measure_type import MeasureType
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from domain.modelling.plan import Plan, PlanMeasure
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from domain.modelling.recommendation import Cost
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from domain.modelling.scoring.package_scorer import Score
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from domain.modelling.scoring.scoring import MeasureImpact
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from harness.plan_table import format_plan_table
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def _plan() -> Plan:
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baseline = Score(
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sap_continuous=57.4, co2_kg_per_yr=3000.0, primary_energy_kwh_per_yr=300.0
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)
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post = Score(
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sap_continuous=61.2, co2_kg_per_yr=2100.0, primary_energy_kwh_per_yr=240.0
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)
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measures = (
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PlanMeasure(
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measure_type=MeasureType.CAVITY_WALL_INSULATION,
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description="Cavity wall insulation",
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cost=Cost(total=500.0, contingency_rate=0.1),
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impact=MeasureImpact(
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sap_points=3.1,
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co2_savings_kg_per_yr=600.0,
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energy_savings_kwh_per_yr=1200.0,
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),
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kwh_savings=900.0,
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energy_cost_savings=120.0,
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),
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PlanMeasure(
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measure_type=MeasureType.MECHANICAL_VENTILATION,
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description="Mechanical extract ventilation",
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cost=Cost(total=900.0, contingency_rate=0.26),
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impact=MeasureImpact(
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sap_points=-1.3,
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co2_savings_kg_per_yr=-50.0,
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energy_savings_kwh_per_yr=-200.0,
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),
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kwh_savings=-150.0,
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energy_cost_savings=-30.0,
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),
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)
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return Plan(measures=measures, baseline=baseline, post_retrofit=post)
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def test_table_shows_valuation_uplift_with_pounds() -> None:
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# Arrange — a £200k property modelled D (57.4) -> C (72.0).
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baseline = Score(
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sap_continuous=57.4, co2_kg_per_yr=3000.0, primary_energy_kwh_per_yr=300.0
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)
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post = Score(
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sap_continuous=72.0, co2_kg_per_yr=2100.0, primary_energy_kwh_per_yr=240.0
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)
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plan = Plan(
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measures=(),
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baseline=baseline,
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post_retrofit=post,
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current_market_value=200_000.0,
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)
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# Act
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table: str = format_plan_table(plan)
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# Assert — the valuation line shows the average % uplift and its £ forms.
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assert "valuation uplift" in table
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assert "+2.5%" in table
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assert "£5,000" in table
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assert "£205,000" in table
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def test_table_shows_package_transition_and_each_measure() -> None:
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# Arrange
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plan: Plan = _plan()
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# Act
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table: str = format_plan_table(plan)
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# Assert — the package SAP transition (both bands resolve to D), and each
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# measure's signed SAP contribution against its type.
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assert "57.4" in table
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assert "61.2" in table
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assert "(D)" in table
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assert "cavity_wall_insulation" in table
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assert "+3.1" in table
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assert "mechanical_ventilation" in table
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assert "-1.3" in table
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# The package cost of works (500 + 900) appears.
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assert "1,400" in table
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