shinkan-jinkendo/backend/tests/test_planning_problematic_slots.py
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Enhance Path Evaluation and Slot Management Features
- Introduced `_parse_slot_refs_from_text` to extract and convert slot references from text, improving the handling of user input in path evaluations.
- Updated `_problematic_slots_from_path_qa` to utilize the new parsing function, enhancing the identification of problematic slots based on various hints and issues.
- Enhanced `ProgressionGraphEditor` and `ProgressionOptimizeCompareModal` to better display identified problem slots and their associated reasons, improving user feedback during evaluations.
- Added tests for new parsing functionality and its integration with existing slot management processes, ensuring robustness in slot reference handling.
2026-06-13 12:17:58 +02:00

98 lines
3.0 KiB
Python

"""Schachstellen-Erkennung für unified Slot-Review."""
from planning_exercise_path_builder import (
_parse_slot_refs_from_text,
_problematic_slots_from_path_qa,
_slot_suggestion_accepted,
)
from planning_progression_roadmap import StageSpecArtifact
def _spec(midx: int) -> StageSpecArtifact:
return StageSpecArtifact(
major_step_index=midx,
learning_goal=f"Lernziel Slot {midx + 1}",
load_profile=[],
exercise_type="",
success_criteria=[],
anti_patterns=[],
)
def test_problematic_slots_from_optimization_hints():
qa = {
"optimization_hints": [
{
"action": "rematch_slot",
"step_index": 1,
"issue": "stage_mismatch",
"reason": "Übung passt nicht zur Stufe",
}
],
"off_topic_steps": [],
}
steps = [
{"roadmap_major_step_index": 0, "exercise_id": 1, "title": "A"},
{"roadmap_major_step_index": 1, "exercise_id": 2, "title": "B"},
]
specs = [_spec(0), _spec(1)]
problems = _problematic_slots_from_path_qa(qa, steps, specs)
assert 1 in problems
assert any("Stufe" in r or "passt" in r for r in problems[1])
def test_slot_suggestion_accepted_for_problem_slot():
diff = {"baseline_exercise_id": 10, "proposed_exercise_id": 99}
assert _slot_suggestion_accepted(
baseline_qa={"optimization_hints": [{"action": "rematch_slot", "roadmap_major_step_index": 1}]},
projected_qa={"optimization_hints": []},
baseline_score=0.7,
projected_score=0.7,
diff=diff,
off_topic=False,
major_idx=1,
slot_problem=True,
)
def test_parse_slot_refs_schritt_is_one_based():
assert _parse_slot_refs_from_text("Schritt 8 (Ukemi Vorwärts) entfernen") == {7}
assert _parse_slot_refs_from_text("slot 3 und Stufe 5") == {2, 4}
def test_problematic_slots_from_refine_stage_spec_hint():
qa = {
"optimization_hints": [
{
"action": "refine_stage_spec",
"step_index": 7,
"issue": "stage_mismatch",
"reason": "Stufen-Fit zu schwach (0.00) für „Integration von Täuschung“",
}
],
"off_topic_steps": [],
}
steps = [
{"roadmap_major_step_index": i, "exercise_id": i + 1, "title": f"Übung {i + 1}"}
for i in range(8)
]
steps[7]["title"] = "Ukemi Vorwärts"
specs = [_spec(i) for i in range(8)]
problems = _problematic_slots_from_path_qa(qa, steps, specs)
assert 7 in problems
def test_problematic_slots_from_llm_schritt_text():
qa = {
"optimization_hints": [],
"off_topic_steps": [],
"issues": [
"Schritt 8 (Ukemi Vorwärts) hat keinen Bezug zur Kumite-Beinarbeit",
],
}
steps = [
{"roadmap_major_step_index": 7, "exercise_id": 99, "title": "Ukemi Vorwärts"},
]
specs = [_spec(7)]
problems = _problematic_slots_from_path_qa(qa, steps, specs)
assert 7 in problems