1
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forked from ScoDoc/ScoDoc
ScoDoc/app/pe/pe_tools.py

1151 lines
36 KiB
Python

# -*- mode: python -*-
# -*- coding: utf-8 -*-
##############################################################################
#
# Gestion scolarite IUT
#
# Copyright (c) 1999 - 2024 Emmanuel Viennet. All rights reserved.
#
# This program is free software; you can redistribute it and/or modify
# it under the terms of the GNU General Public License as published by
# the Free Software Foundation; either version 2 of the License, or
# (at your option) any later version.
#
# This program is distributed in the hope that it will be useful,
# but WITHOUT ANY WARRANTY; without even the implied warranty of
# MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
# GNU General Public License for more details.
#
# You should have received a copy of the GNU General Public License
# along with this program; if not, write to the Free Software
# Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 USA
#
# Emmanuel Viennet emmanuel.viennet@viennet.net
#
##############################################################################
##############################################################################
# Module "Avis de poursuite d'étude"
# conçu et développé par Cléo Baras (IUT de Grenoble)
##############################################################################
"""
Created on Thu Sep 8 09:36:33 2016
@author: barasc
"""
import os
import datetime
import re
import unicodedata
from flask import g
import app.scodoc.sco_utils as scu
from app import log
from app.models import FormSemestre
from app.scodoc import sco_formsemestre
from app.scodoc.sco_logos import find_logo
PE_DEBUG = 1
if not PE_DEBUG:
# log to notes.log
def pe_print(*a, **kw):
# kw is ignored. log always add a newline
log(" ".join(a))
else:
pe_print = print # print function
# Generated LaTeX files are encoded as:
PE_LATEX_ENCODING = "utf-8"
# /opt/scodoc/tools/doc_poursuites_etudes
REP_DEFAULT_AVIS = os.path.join(scu.SCO_TOOLS_DIR, "doc_poursuites_etudes/")
REP_LOCAL_AVIS = os.path.join(scu.SCODOC_CFG_DIR, "doc_poursuites_etudes/")
PE_DEFAULT_AVIS_LATEX_TMPL = REP_DEFAULT_AVIS + "distrib/modeles/un_avis.tex"
PE_LOCAL_AVIS_LATEX_TMPL = REP_LOCAL_AVIS + "local/modeles/un_avis.tex"
PE_DEFAULT_FOOTER_TMPL = REP_DEFAULT_AVIS + "distrib/modeles/un_footer.tex"
PE_LOCAL_FOOTER_TMPL = REP_LOCAL_AVIS + "local/modeles/un_footer.tex"
# ----------------------------------------------------------------------------------------
PARCOURS = {
"S1": {
"aggregat": ["S1"],
"ordre": 1,
"affichage_court": "S1",
"affichage_long": "Semestre 1",
},
"S2": {
"aggregat": ["S2"],
"ordre": 2,
"affichage_court": "S2",
"affichage_long": "Semestre 2",
},
"1A": {
"aggregat": ["S1", "S2"],
"ordre": 3,
"affichage_court": "1A",
"affichage_long": "1ère année",
},
"S3": {
"aggregat": ["S3"],
"ordre": 4,
"affichage_court": "S3",
"affichage_long": "Semestre 3",
},
"S4": {
"aggregat": ["S4"],
"ordre": 5,
"affichage_court": "S4",
"affichage_long": "Semestre 4",
},
"2A": {
"aggregat": ["S3", "S4"],
"ordre": 6,
"affichage_court": "2A",
"affichage_long": "2ème année",
},
"3S": {
"aggregat": ["S1", "S2", "S3"],
"ordre": 7,
"affichage_court": "S1+S2+S3",
"affichage_long": "BUT du semestre 1 au semestre 3",
},
"4S": {
"aggregat": ["S1", "S2", "S3", "S4"],
"ordre": 8,
"affichage_court": "BUT",
"affichage_long": "BUT du semestre 1 au semestre 4",
},
"S5": {
"aggregat": ["S5"],
"ordre": 9,
"affichage_court": "S5",
"affichage_long": "Semestre 5",
},
"S6": {
"aggregat": ["S6"],
"ordre": 10,
"affichage_court": "S6",
"affichage_long": "Semestre 6",
},
"3A": {
"aggregat": ["S5", "S6"],
"ordre": 11,
"affichage_court": "3A",
"affichage_long": "3ème année",
},
"5S": {
"aggregat": ["S1", "S2", "S3", "S4", "S5"],
"ordre": 12,
"affichage_court": "S1+S2+S3+S4+S5",
"affichage_long": "BUT du semestre 1 au semestre 5",
},
"6S": {
"aggregat": ["S1", "S2", "S3", "S4", "S5", "S6"],
"ordre": 13,
"affichage_court": "BUT",
"affichage_long": "BUT (tout semestre inclus)",
},
}
AGGREGAT_DIPLOMANT = (
"6S" # aggrégat correspondant à la totalité des notes pour le diplôme
)
TOUS_LES_SEMESTRES = PARCOURS[AGGREGAT_DIPLOMANT]["aggregat"]
TOUS_LES_AGGREGATS = [cle for cle in PARCOURS.keys() if not cle.startswith("S")]
TOUS_LES_PARCOURS = list(PARCOURS.keys())
# ----------------------------------------------------------------------------------------
def print_semestres_description(sems, avec_affichage_debug=False):
"""Dediee a l'affichage d'un semestre pour debug du module"""
def chaine_semestre(sem):
desc = (
"S"
+ str(sem["semestre_id"])
+ " "
+ sem["modalite"]
+ " "
+ sem["anneescolaire"]
)
desc += " (" + sem["annee_debut"] + "/" + sem["annee_fin"] + ") "
desc += str(sem["formation_id"]) + " / " + str(sem["formsemestre_id"])
desc += " - " + sem["titre_num"]
return desc
if avec_affichage_debug == True:
if isinstance(sems, list):
for sem in sems:
pe_print(chaine_semestre(sem))
else:
pe_print(chaine_semestre(sems))
# ----------------------------------------------------------------------------------------
def calcul_age(born):
"""Calcule l'age à partir de la date de naissance sous forme d'une chaine de caractère 'jj/mm/aaaa'.
Aucun test de validité sur le format de la date n'est fait.
"""
if not isinstance(born, str) or born == "":
return ""
donnees = born.split("/")
naissance = datetime.datetime(int(donnees[2]), int(donnees[1]), int(donnees[0]))
today = datetime.date.today()
return (
today.year
- naissance.year
- ((today.month, today.day) < (naissance.month, naissance.day))
)
def remove_accents(input_unicode_str):
"""Supprime les accents d'une chaine unicode"""
nfkd_form = unicodedata.normalize("NFKD", input_unicode_str)
only_ascii = nfkd_form.encode("ASCII", "ignore")
return only_ascii
def escape_for_latex(s):
"""Protège les caractères pour inclusion dans du source LaTeX"""
if not s:
return ""
conv = {
"&": r"\&",
"%": r"\%",
"$": r"\$",
"#": r"\#",
"_": r"\_",
"{": r"\{",
"}": r"\}",
"~": r"\textasciitilde{}",
"^": r"\^{}",
"\\": r"\textbackslash{}",
"<": r"\textless ",
">": r"\textgreater ",
}
exp = re.compile(
"|".join(
re.escape(key)
for key in sorted(list(conv.keys()), key=lambda item: -len(item))
)
)
return exp.sub(lambda match: conv[match.group()], s)
# ----------------------------------------------------------------------------------------
def list_directory_filenames(path):
"""List of regular filenames in a directory (recursive)
Excludes files and directories begining with .
"""
R = []
for root, dirs, files in os.walk(path, topdown=True):
dirs[:] = [d for d in dirs if d[0] != "."]
R += [os.path.join(root, fn) for fn in files if fn[0] != "."]
return R
def add_local_file_to_zip(zipfile, ziproot, pathname, path_in_zip):
"""Read pathname server file and add content to zip under path_in_zip"""
rooted_path_in_zip = os.path.join(ziproot, path_in_zip)
zipfile.write(filename=pathname, arcname=rooted_path_in_zip)
# data = open(pathname).read()
# zipfile.writestr(rooted_path_in_zip, data)
def add_refs_to_register(register, directory):
"""Ajoute les fichiers trouvés dans directory au registre (dictionaire) sous la forme
filename => pathname
"""
length = len(directory)
for pathname in list_directory_filenames(directory):
filename = pathname[length + 1 :]
register[filename] = pathname
def add_pe_stuff_to_zip(zipfile, ziproot):
"""Add auxiliary files to (already opened) zip
Put all local files found under config/doc_poursuites_etudes/local
and config/doc_poursuites_etudes/distrib
If a file is present in both subtrees, take the one in local.
Also copy logos
"""
register = {}
# first add standard (distrib references)
distrib_dir = os.path.join(REP_DEFAULT_AVIS, "distrib")
add_refs_to_register(register=register, directory=distrib_dir)
# then add local references (some oh them may overwrite distrib refs)
local_dir = os.path.join(REP_LOCAL_AVIS, "local")
add_refs_to_register(register=register, directory=local_dir)
# at this point register contains all refs (filename, pathname) to be saved
for filename, pathname in register.items():
add_local_file_to_zip(zipfile, ziproot, pathname, "avis/" + filename)
# Logos: (add to logos/ directory in zip)
logos_names = ["header", "footer"]
for name in logos_names:
logo = find_logo(logoname=name, dept_id=g.scodoc_dept_id)
if logo is not None:
add_local_file_to_zip(
zipfile, ziproot, logo.filepath, "avis/logos/" + logo.filename
)
# ----------------------------------------------------------------------------------------
def get_annee_diplome_semestre(sem_base, nbre_sem_formation=6) -> int:
"""Pour un semestre ``sem_base`` donné (supposé être un semestre d'une formation BUT à 6 semestres)
et connaissant le numéro du semestre, ses dates de début et de fin du semestre, prédit l'année à laquelle
sera remis le diplôme BUT des étudiants qui y sont scolarisés
(en supposant qu'il n'y ait pas de redoublement à venir).
**Remarque sur le calcul** : Les semestres de 1ère partie d'année (S1, S3, S5 ou S4, S6 pour des semestres décalés)
s'étalent sur deux années civiles ; contrairement au semestre de seconde partie d'année universitaire.
Par exemple :
* S5 débutant en 2025 finissant en 2026 : diplome en 2026
* S3 debutant en 2025 et finissant en 2026 : diplome en 2027
La fonction est adaptée au cas des semestres décalés.
Par exemple :
* S5 décalé débutant en 2025 et finissant en 2025 : diplome en 2026
* S3 décalé débutant en 2025 et finissant en 2025 : diplome en 2027
Args:
sem_base: Le semestre à partir duquel est prédit l'année de diplomation, soit :
* un ``FormSemestre`` (Scodoc9)
* un dict (format compatible avec Scodoc7)
nbre_sem_formation: Le nombre de semestre prévu dans la formation (par défaut 6 pour un BUT)
"""
if isinstance(sem_base, FormSemestre):
sem_id = sem_base.semestre_id
annee_fin = sem_base.date_fin.year
annee_debut = sem_base.date_debut.year
else: # sem_base est un dictionnaire (Scodoc 7)
sem_id = sem_base["semestre_id"]
annee_fin = int(sem_base["annee_fin"])
annee_debut = int(sem_base["annee_debut"])
if (
1 <= sem_id <= nbre_sem_formation
): # Si le semestre est un semestre BUT => problème si formation BUT en 1 an ??
nbreSemRestant = (
nbre_sem_formation - sem_id
) # nombre de semestres restant avant diplome
nbreAnRestant = nbreSemRestant // 2 # nombre d'annees restant avant diplome
# Flag permettant d'activer ou désactiver un increment à prendre en compte en cas de semestre décalé
# avec 1 - delta = 0 si semestre de 1ere partie d'année / 1 sinon
delta = annee_fin - annee_debut
decalage = nbreSemRestant % 2 # 0 si S4, 1 si S3, 0 si S2, 1 si S1
increment = decalage * (1 - delta)
return annee_fin + nbreAnRestant + increment
def get_cosemestres_diplomants(annee_diplome: int, formation_id: int) -> list:
"""Ensemble des cosemestres donnant lieu à diplomation à l'``annee_diplome``
et s'intégrant à la formation donnée par son ``formation_id``.
**Définition** : Un co-semestre est un semestre :
* dont l'année de diplômation prédite (sans redoublement) est la même
* dont la formation est la même (optionnel)
* qui a des étudiants inscrits
Si formation_id == None, ne prend pas en compte l'identifiant de formation
TODO:: A raccrocher à un programme
Args:
annee_diplome: L'année de diplomation
formation_id: L'identifiant de la formation
"""
tousLesSems = (
sco_formsemestre.do_formsemestre_list()
) # tous les semestres memorisés dans scodoc
if formation_id:
cosemestres_fids = {
sem["id"]
for sem in tousLesSems
if get_annee_diplome_semestre(sem) == annee_diplome
and sem["formation_id"] == formation_id
}
else:
cosemestres_fids = {
sem["id"]
for sem in tousLesSems
if get_annee_diplome_semestre(sem) == annee_diplome
}
cosemestres = {}
for fid in cosemestres_fids:
cosem = FormSemestre.get_formsemestre(fid)
if len(cosem.etuds_inscriptions) > 0:
cosemestres[fid] = cosem
return cosemestres
# ----------------------------------------------------------------------------------------
# Variable pour le debug des avislatex (en squeezant le calcul du jury souvent long)
JURY_SYNTHESE_POUR_DEBUG = {
"EID1810": {
"nom": "ROUX",
"entree": "2016",
"civilite_str": "M.",
"promo": 2016,
"S2": {
"groupe": {
"informatique": (
13.184230769230767,
0.21666666666666667,
"18",
78,
9.731491508491509,
18.46846153846154,
18.46846153846154,
),
"technique": (
12.975409073359078,
0.6166666666666666,
"16",
78,
9.948540264387688,
18.29285714285714,
18.29285714285714,
),
"pe": (
12.016584900684544,
1.116666666666667,
"20",
78,
9.83147528118408,
17.691755169172936,
17.691755169172936,
),
"mathematiques": (
12.25,
0.1,
"15 ex",
78,
8.45153073717949,
19.0625,
19.0625,
),
"dut": (
12.43750128724589,
1.0,
"19",
78,
10.151630181286441,
17.881104750512645,
17.881104750512645,
),
},
"promo": {
"informatique": (
13.184230769230767,
0.21666666666666667,
"25",
73,
11.696187214611871,
18.51346153846154,
18.51346153846154,
),
"technique": (
12.975409073359078,
0.6166666666666666,
"23",
73,
11.862307379173147,
17.616047267953675,
17.616047267953675,
),
"pe": (
12.016584900684544,
1.116666666666667,
"28",
73,
11.571004424603757,
16.706338951857248,
16.706338951857248,
),
"mathematiques": (
12.25,
0.1,
"18 ex",
73,
10.00886454908676,
19.0625,
19.0625,
),
"dut": (
12.43750128724589,
1.0,
"25",
73,
11.88798432763965,
17.397627309377608,
17.397627309377608,
),
},
},
"S1": {
"groupe": {
"informatique": (
16.064999999999998,
0.16666666666666669,
"11",
82,
11.020296296296294,
19.325999999999997,
19.325999999999997,
),
"technique": (
14.513007894736845,
0.6333333333333333,
"11",
82,
11.195082967479676,
18.309764912280702,
18.309764912280702,
),
"pe": (
13.260301515151516,
1.1,
"19",
82,
10.976036277232245,
17.7460505050505,
17.7460505050505,
),
"mathematiques": (
11.142850000000001,
0.13333333333333333,
"34",
82,
10.314605121951217,
19.75,
19.75,
),
"dut": (
13.54367375,
1.0,
"19",
82,
11.22193801880508,
18.226902529333334,
18.226902529333334,
),
},
"promo": {
"informatique": (
16.064999999999998,
0.16666666666666669,
"15",
73,
13.265276712328768,
19.325999999999997,
19.325999999999997,
),
"technique": (
14.513007894736845,
0.6333333333333333,
"16",
73,
12.996048795361693,
18.309764912280702,
18.309764912280702,
),
"pe": (
13.260301515151516,
1.1,
"25",
73,
12.4107195879539,
17.7460505050505,
17.7460505050505,
),
"mathematiques": (
11.142850000000001,
0.13333333333333333,
"39",
73,
11.320606952054794,
19.75,
19.75,
),
"dut": (
13.54367375,
1.0,
"25",
73,
12.730581289342638,
18.226902529333334,
18.226902529333334,
),
},
},
"4S": {
"groupe": {
"informatique": (
14.84359375,
0.5333333333333333,
"2",
19,
10.69933552631579,
18.28646875,
18.28646875,
),
"pe": (
12.93828572598162,
3.75,
"4",
19,
11.861967145815218,
15.737718967605682,
15.737718967605682,
),
"mathematiques": (None, None, "1 ex", 19, None, None, None),
"ptut": (None, None, "1 ex", 19, None, None, None),
"dut": (
13.511767410105122,
4.0,
"4",
19,
12.573349864933606,
15.781651391587998,
15.781651391587998,
),
},
"promo": {
"informatique": (
16.075,
0.1,
"4",
73,
10.316541095890413,
19.333333333333336,
19.333333333333336,
),
"pe": (
13.52416666666667,
0.49999999999999994,
"13",
73,
11.657102668465479,
16.853208080808084,
16.853208080808084,
),
"mathematiques": (
None,
None,
"55 ex",
73,
7.705091805555555,
19.8,
19.8,
),
"dut": (
14.425416666666665,
1.0,
"12",
73,
13.188168241098825,
16.612613522048612,
16.612613522048612,
),
},
},
"S4": {
"groupe": {
"informatique": (
16.075,
0.1,
"1",
19,
8.799078947368422,
16.075,
16.075,
),
"technique": (
13.835576923076923,
0.4333333333333333,
"4",
19,
12.238304655870447,
16.521153846153847,
16.521153846153847,
),
"pe": (
13.52416666666667,
0.49999999999999994,
"4",
19,
12.292846491228072,
16.25833333333334,
16.25833333333334,
),
"dut": (
14.425416666666665,
1.0,
"6",
19,
13.628367861842106,
15.267566666666665,
15.267566666666665,
),
},
"promo": {
"informatique": (
16.075,
0.1,
"4",
73,
10.316541095890413,
19.333333333333336,
19.333333333333336,
),
"pe": (
13.52416666666667,
0.49999999999999994,
"13",
73,
11.657102668465479,
16.853208080808084,
16.853208080808084,
),
"technique": (
13.835576923076923,
0.4333333333333333,
"11",
73,
12.086685508009952,
17.25909420289855,
17.25909420289855,
),
"mathematiques": (
None,
None,
"55 ex",
73,
7.705091805555555,
19.8,
19.8,
),
"ptut": (
13.5,
0.13333333333333333,
"50",
73,
13.898173515981734,
17.083333333333332,
17.083333333333332,
),
"dut": (
14.425416666666665,
1.0,
"12",
73,
13.188168241098825,
16.612613522048612,
16.612613522048612,
),
},
},
"1A": {
"groupe": {
"informatique": (
14.43673913043478,
0.38333333333333336,
"16",
78,
11.046040002787066,
18.85992173913043,
18.85992173913043,
),
"technique": (
13.754459142857144,
1.25,
"14",
78,
11.179785631638866,
18.493250340136054,
18.493250340136054,
),
"pe": (
12.633767581547854,
2.216666666666667,
"18",
78,
10.912253971396854,
18.39547581699347,
18.39547581699347,
),
"mathematiques": (
11.617342857142857,
0.23333333333333334,
"24",
78,
9.921286855287565,
19.375000000000004,
19.375000000000004,
),
"dut": (
12.990587518622945,
2.0,
"18",
78,
11.2117147027821,
18.391345156695156,
18.391345156695156,
),
},
"promo": {
"informatique": (
13.184230769230767,
0.21666666666666667,
"25",
73,
11.696187214611871,
18.51346153846154,
18.51346153846154,
),
"technique": (
12.975409073359078,
0.6166666666666666,
"23",
73,
11.862307379173147,
17.616047267953675,
17.616047267953675,
),
"pe": (
12.016584900684544,
1.116666666666667,
"28",
73,
11.571004424603757,
16.706338951857248,
16.706338951857248,
),
"mathematiques": (
12.25,
0.1,
"18 ex",
73,
10.00886454908676,
19.0625,
19.0625,
),
"dut": (
12.43750128724589,
1.0,
"25",
73,
11.88798432763965,
17.397627309377608,
17.397627309377608,
),
},
},
"2A": {
"groupe": {
"informatique": (
15.88333333333333,
0.15000000000000002,
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