mirror of
https://github.com/deunix-educ/aventuriers-des-mots.git
synced 2026-10-13 02:11:58 +02:00
Denis Defolie
1c036658bc
Extends explicitly beyond the §15 prototype scope (3 missions, one rule) that prompt-lancement.md says not to exceed without flagging it — confirmed with the user before implementing (decisions.md, point 25). Adds the two remaining CE1 rules for the "accords dans le groupe nominal" chapter listed in prompt-lancement.md, each with the same minimum content volume already established for regle_accord_adjectif (8 multiple-choice, 4 sentence corrections, 3 dictées across the 3 difficulty levels) and 3 missions (one per exercise type, matching the existing pattern), bringing the map to 9 locations. world_map.gd is purely data-driven already, so no code change was needed to support more locations — only its stale "trois lieux" header comment, corrected. Dictation audio generated with the Piper voice (make generate-dictation-audio). Co-Authored-By: Claude Sonnet 5 <noreply@anthropic.com>
57 lines
2.4 KiB
GDScript
57 lines
2.4 KiB
GDScript
extends GutTest
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## Tests de l'autoload ExerciseEngine, charge au demarrage avec les vraies
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## donnees de data/ (deja validees par make validate-data).
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func test_known_rule_is_loaded() -> void:
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var rule := ExerciseEngine.get_rule("regle_accord_adjectif")
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assert_eq(rule["level"], "CE1")
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assert_eq(rule["review_status"], "draft")
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func test_unknown_rule_returns_empty_dictionary() -> void:
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assert_eq(ExerciseEngine.get_rule("regle_inconnue"), {})
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func test_missions_are_loaded_and_sorted() -> void:
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var missions := ExerciseEngine.get_missions()
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assert_eq(missions.size(), 9)
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var ids: Array = missions.map(func(m: Dictionary) -> String: return m["mission_id"])
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assert_eq(ids, ids.duplicate()) # trivialement vrai, documente l'ordre stable
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assert_true(ids.has("mission_01_pre_des_mots"))
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assert_true(ids.has("mission_09_rocher_qui_repete"))
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func test_get_mission_returns_the_requested_mission() -> void:
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var mission := ExerciseEngine.get_mission("mission_02_pont_des_phrases")
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assert_eq(mission["exercise_type"], "sentence_correction")
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assert_eq(mission["rule_id"], "regle_accord_adjectif")
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func test_pick_exercise_for_multiple_choice_mission() -> void:
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var mission := ExerciseEngine.get_mission("mission_01_pre_des_mots")
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var exercise := ExerciseEngine.pick_exercise_for_mission(mission, "", 1)
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assert_eq(exercise["type"], "multiple_choice")
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assert_eq(exercise["rule_id"], "regle_accord_adjectif")
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func test_pick_exercise_for_dictation_mission() -> void:
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var mission := ExerciseEngine.get_mission("mission_03_clairiere_echo")
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var exercise := ExerciseEngine.pick_exercise_for_mission(mission, "", 1)
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assert_true(exercise.has("target_text"))
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assert_true(exercise.has("words"))
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func test_pick_exercise_never_repeats_the_excluded_id_when_alternatives_exist() -> void:
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var mission := ExerciseEngine.get_mission("mission_01_pre_des_mots")
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var first := ExerciseEngine.pick_exercise_for_mission(mission, "", 1)
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for _i in 10:
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var picked := ExerciseEngine.pick_exercise_for_mission(mission, first["id"], 1)
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assert_ne(picked["id"], first["id"])
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func test_pick_exercise_falls_back_to_any_difficulty_when_none_match() -> void:
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var mission := ExerciseEngine.get_mission("mission_01_pre_des_mots")
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var exercise := ExerciseEngine.pick_exercise_for_mission(mission, "", 3)
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assert_eq(exercise["type"], "multiple_choice")
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