forked from ScoDoc/DocScoDoc
308 lines
11 KiB
Python
308 lines
11 KiB
Python
"""Test calculs moyennes de modules
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Vérif moyennes de modules des bulletins
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et aussi moyennes modules et UE internes (via nt)
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"""
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from config import TestConfig
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from tests.unit import sco_fake_gen
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from flask import g
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import app
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from app.scodoc import sco_bulletins
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from app.scodoc import sco_cache
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from app.scodoc import sco_moduleimpl
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from app.scodoc import sco_utils as scu
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DEPT = TestConfig.DEPT_TEST
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def check_nt(
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etudid,
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formsemestre_id,
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ue_id,
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moduleimpl_id,
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expected_moy_ue=False,
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expected_mod_moy=False,
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expected_sum_coefs_ue=False,
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):
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"""Vérification bas niveau: vérif resultat avec l'API internet "nt"
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(peut changer dans le futur, ne pas utiliser hors ScoDoc !)
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ne vérifie que les valeurs expected non False
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"""
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nt = sco_cache.NotesTableCache.get(formsemestre_id)
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mod_moy = nt.get_etud_mod_moy(moduleimpl_id, etudid)
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if expected_moy_ue is not False:
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ue_status = nt.get_etud_ue_status(etudid, ue_id)
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assert expected_moy_ue == ue_status["moy"]
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if expected_mod_moy is not False:
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assert expected_mod_moy == mod_moy
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if expected_sum_coefs_ue is not False:
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ue_status = nt.get_etud_ue_status(etudid, ue_id)
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assert expected_sum_coefs_ue == ue_status["sum_coefs"]
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def test_notes_modules(test_client):
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"""Test calcul des moyennes de modules et d'UE
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Création étudiant, formation, semestre, inscription etudiant,
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création evaluation, saisie de notes.
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Vérifie calcul moyenne avec absences (ABS), excuse (EXC), attente (ATT)
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"""
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app.set_sco_dept(DEPT)
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G = sco_fake_gen.ScoFake(verbose=False)
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etuds = [G.create_etud(code_nip=None) for i in range(2)] # 2 étudiants
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f = G.create_formation(acronyme="")
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ue = G.create_ue(formation_id=f["formation_id"], acronyme="TST1", titre="ue test")
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ue_id = ue["ue_id"]
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mat = G.create_matiere(ue_id=ue_id, titre="matière test")
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coef_mod_1 = 1.5
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mod = G.create_module(
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matiere_id=mat["matiere_id"],
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code="TSM1",
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coefficient=coef_mod_1,
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titre="module test",
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ue_id=ue["ue_id"],
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formation_id=f["formation_id"],
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)
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# --- Mise place d'un semestre
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sem = G.create_formsemestre(
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formation_id=f["formation_id"],
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semestre_id=1,
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date_debut="01/01/2020",
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date_fin="30/06/2020",
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)
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formsemestre_id = sem["formsemestre_id"]
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mi = G.create_moduleimpl(
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module_id=mod["module_id"],
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formsemestre_id=formsemestre_id,
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)
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moduleimpl_id = mi["moduleimpl_id"]
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# --- Inscription des étudiants
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for etud in etuds:
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G.inscrit_etudiant(sem, etud)
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etud = etuds[0]
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etudid = etud["etudid"]
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# --- Creation évaluations: e1, e2
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coef_1 = 1.0
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coef_2 = 2.0
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e1 = G.create_evaluation(
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moduleimpl_id=moduleimpl_id,
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jour="01/01/2020",
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description="evaluation 1",
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coefficient=coef_1,
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)
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e2 = G.create_evaluation(
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moduleimpl_id=moduleimpl_id,
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jour="01/01/2020",
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description="evaluation 2",
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coefficient=coef_2,
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)
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# --- Notes ordinaires
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note_1 = 12.0
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note_2 = 13.0
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_, _, _ = G.create_note(evaluation=e1, etud=etuds[0], note=note_1)
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_, _, _ = G.create_note(evaluation=e2, etud=etuds[0], note=note_2)
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_, _, _ = G.create_note(evaluation=e1, etud=etuds[1], note=note_1 / 2)
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_, _, _ = G.create_note(evaluation=e2, etud=etuds[1], note=note_2 / 3)
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b = sco_bulletins.formsemestre_bulletinetud_dict(
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sem["formsemestre_id"], etud["etudid"]
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)
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# Vérifie structure du bulletin:
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assert b["etudid"] == etud["etudid"]
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assert len(b["ues"][0]["modules"][0]["evaluations"]) == 2
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assert len(b["ues"][0]["modules"]) == 1
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# Note moyenne:
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note_th = (coef_1 * note_1 + coef_2 * note_2) / (coef_1 + coef_2)
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assert b["ues"][0]["modules"][0]["mod_moy_txt"] == scu.fmt_note(note_th)
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check_nt(
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etudid,
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formsemestre_id,
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ue_id,
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moduleimpl_id,
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expected_mod_moy=note_th,
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expected_moy_ue=note_th,
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expected_sum_coefs_ue=coef_mod_1,
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)
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# Absence à une évaluation
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_, _, _ = G.create_note(evaluation=e1, etud=etud, note=None) # abs
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_, _, _ = G.create_note(evaluation=e2, etud=etud, note=note_2)
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b = sco_bulletins.formsemestre_bulletinetud_dict(
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sem["formsemestre_id"], etud["etudid"]
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)
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note_th = (coef_1 * 0.0 + coef_2 * note_2) / (coef_1 + coef_2)
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assert b["ues"][0]["modules"][0]["mod_moy_txt"] == scu.fmt_note(note_th)
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# Absences aux deux évaluations
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_, _, _ = G.create_note(evaluation=e1, etud=etud, note=None) # abs
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_, _, _ = G.create_note(evaluation=e2, etud=etud, note=None) # abs
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b = sco_bulletins.formsemestre_bulletinetud_dict(
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sem["formsemestre_id"], etud["etudid"]
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)
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assert b["ues"][0]["modules"][0]["mod_moy_txt"] == scu.fmt_note(0.0)
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check_nt(
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etudid,
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formsemestre_id,
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ue_id,
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moduleimpl_id,
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expected_mod_moy=0.0,
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expected_moy_ue=0.0,
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expected_sum_coefs_ue=0.0,
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)
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# Note excusée EXC <-> scu.NOTES_NEUTRALISE
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_, _, _ = G.create_note(evaluation=e1, etud=etud, note=note_1)
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_, _, _ = G.create_note(evaluation=e2, etud=etud, note=scu.NOTES_NEUTRALISE) # EXC
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b = sco_bulletins.formsemestre_bulletinetud_dict(
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sem["formsemestre_id"], etud["etudid"]
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)
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assert b["ues"][0]["modules"][0]["mod_moy_txt"] == scu.fmt_note(note_1)
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check_nt(
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etudid,
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formsemestre_id,
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ue_id,
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moduleimpl_id,
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expected_mod_moy=note_1,
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expected_moy_ue=note_1,
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expected_sum_coefs_ue=coef_mod_1,
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)
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# Note en attente ATT <-> scu.NOTES_ATTENTE
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_, _, _ = G.create_note(evaluation=e1, etud=etud, note=note_1)
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_, _, _ = G.create_note(evaluation=e2, etud=etud, note=scu.NOTES_ATTENTE) # ATT
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b = sco_bulletins.formsemestre_bulletinetud_dict(
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sem["formsemestre_id"], etud["etudid"]
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)
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assert b["ues"][0]["modules"][0]["mod_moy_txt"] == scu.fmt_note(note_1)
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check_nt(
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etudid,
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formsemestre_id,
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ue_id,
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moduleimpl_id,
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expected_mod_moy=note_1,
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expected_moy_ue=note_1,
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expected_sum_coefs_ue=coef_mod_1,
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)
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# Neutralisation (EXC) des 2 évals
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_, _, _ = G.create_note(evaluation=e1, etud=etud, note=scu.NOTES_NEUTRALISE) # EXC
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_, _, _ = G.create_note(evaluation=e2, etud=etud, note=scu.NOTES_NEUTRALISE) # EXC
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b = sco_bulletins.formsemestre_bulletinetud_dict(
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sem["formsemestre_id"], etud["etudid"]
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)
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assert b["ues"][0]["modules"][0]["mod_moy_txt"] == "-"
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check_nt(
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etudid,
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sem["formsemestre_id"],
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ue["ue_id"],
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mi["moduleimpl_id"],
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expected_mod_moy="NA0",
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expected_moy_ue=0.0,
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expected_sum_coefs_ue=0.0,
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)
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# Attente (ATT) sur les 2 evals
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_, _, _ = G.create_note(evaluation=e1, etud=etud, note=scu.NOTES_ATTENTE) # ATT
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_, _, _ = G.create_note(evaluation=e2, etud=etud, note=scu.NOTES_ATTENTE) # ATT
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b = sco_bulletins.formsemestre_bulletinetud_dict(
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sem["formsemestre_id"], etud["etudid"]
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)
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assert b["ues"][0]["modules"][0]["mod_moy_txt"] == "-"
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check_nt(
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etudid,
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sem["formsemestre_id"],
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ue["ue_id"],
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mi["moduleimpl_id"],
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expected_mod_moy="NA0",
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expected_moy_ue=0.0,
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expected_sum_coefs_ue=0.0,
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)
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# Non inscrit
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# - désinscrit notre étudiant:
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inscr = sco_moduleimpl.do_moduleimpl_inscription_list(
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moduleimpl_id=mi["moduleimpl_id"], etudid=etud["etudid"]
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)
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assert len(inscr) == 1
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oid = inscr[0]["moduleimpl_inscription_id"]
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sco_moduleimpl.do_moduleimpl_inscription_delete(
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oid, formsemestre_id=mi["formsemestre_id"]
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)
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# -
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b = sco_bulletins.formsemestre_bulletinetud_dict(
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sem["formsemestre_id"], etud["etudid"]
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)
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assert b["ues"] == [] # inscrit à aucune UE !
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check_nt(
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etudid,
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formsemestre_id,
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ue_id,
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moduleimpl_id,
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expected_mod_moy="NI",
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expected_moy_ue=0.0,
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expected_sum_coefs_ue=0.0,
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)
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# --- Maintenant avec 2 modules dans l'UE
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mod2 = G.create_module(
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matiere_id=mat["matiere_id"],
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code="TSM2",
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coefficient=coef_mod_2,
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titre="module test 2",
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ue_id=ue_id,
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formation_id=f["formation_id"],
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)
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mi2 = G.create_moduleimpl(
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module_id=mod2["module_id"],
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formsemestre_id=formsemestre_id,
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)
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# Re-inscription au premier module de l'UE
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sco_moduleimpl.do_moduleimpl_inscription_create(
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{"etudid": etudid, "moduleimpl_id": mi["moduleimpl_id"]},
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formsemestre_id=formsemestre_id,
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)
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_, _, _ = G.create_note(evaluation=e1, etud=etud, note=12.5)
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nt = sco_cache.NotesTableCache.get(formsemestre_id)
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ue_status = nt.get_etud_ue_status(etudid, ue_id)
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assert ue_status["nb_missing"] == 1 # 1 même si etud non inscrit à l'autre module
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assert ue_status["nb_notes"] == 1
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assert not ue_status["was_capitalized"]
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# Inscription au deuxième module de l'UE
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sco_moduleimpl.do_moduleimpl_inscription_create(
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{"etudid": etudid, "moduleimpl_id": mi2["moduleimpl_id"]},
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formsemestre_id=formsemestre_id,
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)
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nt = sco_cache.NotesTableCache.get(formsemestre_id)
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ue_status = nt.get_etud_ue_status(etudid, ue_id)
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assert ue_status["nb_missing"] == 1 # mi2 n'a pas encore de note
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assert ue_status["nb_notes"] == 1
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# Note dans module 2:
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e_m2 = G.create_evaluation(
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moduleimpl_id=mi2["moduleimpl_id"],
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jour="01/01/2020",
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description="evaluation mod 2",
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coefficient=1.0,
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)
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_, _, _ = G.create_note(evaluation=e_m2, etud=etud, note=19.5)
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nt = sco_cache.NotesTableCache.get(formsemestre_id)
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ue_status = nt.get_etud_ue_status(etudid, ue_id)
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assert ue_status["nb_missing"] == 0
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assert ue_status["nb_notes"] == 2
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# Moyenne d'UE si l'un des modules est EXC ("NA0")
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# 2 modules, notes EXC dans le premier, note valide n dans le second
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# la moyenne de l'UE doit être n
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_, _, _ = G.create_note(evaluation=e1, etud=etud, note=scu.NOTES_NEUTRALISE) # EXC
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_, _, _ = G.create_note(evaluation=e2, etud=etud, note=scu.NOTES_NEUTRALISE) # EXC
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_, _, _ = G.create_note(evaluation=e_m2, etud=etud, note=12.5)
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_, _, _ = G.create_note(evaluation=e1, etud=etuds[1], note=11.0)
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_, _, _ = G.create_note(evaluation=e2, etud=etuds[1], note=11.0)
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_, _, _ = G.create_note(evaluation=e_m2, etud=etuds[1], note=11.0)
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b = sco_bulletins.formsemestre_bulletinetud_dict(
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sem["formsemestre_id"], etud["etudid"]
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)
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assert b["ues"][0]["ue_status"]["cur_moy_ue"] == 12.5
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assert b["ues"][0]["ue_status"]["moy"] == 12.5
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b2 = sco_bulletins.formsemestre_bulletinetud_dict(
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sem["formsemestre_id"], etuds[1]["etudid"]
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)
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assert b2["ues"][0]["ue_status"]["cur_moy_ue"] == 11.0
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assert b2["ues"][0]["ue_status"]["moy"] == 11
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