mirror of https://github.com/stijndcl/didier
600 lines
21 KiB
Python
600 lines
21 KiB
Python
from sqlalchemy.ext.asyncio import AsyncSession
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from database.engine import DBSession
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from database.schemas import UforaCourse, UforaCourseAlias
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__all__ = ["main"]
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async def main():
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"""Add the Ufora courses for the 2022-2023 academic year
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Course id's are only used to fetch announcements, and I can only fetch announcements of courses I enroll in,
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so other courses can use an auto-generated id
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This will never clash as there will never be 650k regular courses
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"""
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session: AsyncSession
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async with DBSession() as session:
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"""3rd Bachelor"""
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artificiele_intelligentie = UforaCourse(
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code="C003756",
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name="Artificiële Intelligentie",
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year=3,
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compulsory=True,
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role_id=891743671022673920,
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overarching_role_id=891743208248324196,
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)
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algoritmen_datastructuren_3 = UforaCourse(
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code="C003782",
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name="Algoritmen en Datastructuren 3",
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year=3,
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compulsory=True,
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role_id=891743791466307654,
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overarching_role_id=891743208248324196,
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)
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automaten_berekenbaarheid_complexiteit = UforaCourse(
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code="C003785",
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name="Automaten, Berekenbaarheid en Complexiteit",
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year=3,
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compulsory=True,
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role_id=891744082404200539,
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overarching_role_id=891743208248324196,
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)
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besturingssystemen = UforaCourse(
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code="E019010",
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name="Besturingssystemen",
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year=3,
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compulsory=True,
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role_id=891743898291032114,
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overarching_role_id=891743208248324196,
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)
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computationele_biologie = UforaCourse(
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code="C003789",
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name="Computationele Biologie",
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year=3,
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compulsory=True,
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role_id=891744050988847135,
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overarching_role_id=891743208248324196,
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)
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logisch_programmeren = UforaCourse(
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code="C003783",
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name="Logisch Programmeren",
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year=3,
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compulsory=True,
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role_id=891743966482034800,
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overarching_role_id=891743208248324196,
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)
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software_engineering_lab_2 = UforaCourse(
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code="C003784",
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name="Software Engineering Lab 2",
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year=3,
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compulsory=True,
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role_id=891744007300980737,
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overarching_role_id=891743208248324196,
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)
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modelleren_en_simuleren = UforaCourse(
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course_id=636139,
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code="C003786",
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name="Modelleren en Simuleren",
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year=3,
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compulsory=True,
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role_id=1024573730418069565,
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overarching_role_id=891744461405687808,
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log_announcements=True,
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)
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informatiebeveiliging = UforaCourse(
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code="E019400",
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name="Informatiebeveiliging",
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year=3,
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compulsory=True,
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role_id=1023333190678626314,
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overarching_role_id=891744461405687808,
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alternative_overarching_role_id=1023278462733127710,
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)
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parallelle_computersystemen = UforaCourse(
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code="E034140",
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name="Parallelle Computersystemen",
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year=3,
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compulsory=True,
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role_id=1023300295918358691,
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overarching_role_id=891744461405687808,
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alternative_overarching_role_id=1023278462733127710,
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)
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inleiding_tot_elektrotechniek = UforaCourse(
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code="C003806",
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name="Inleiding tot de Elektrotechniek",
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year=3,
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compulsory=True,
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overarching_role_id=891744390035415111,
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)
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inleiding_tot_telecommunicatie = UforaCourse(
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code="C003787",
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name="Inleiding tot de Telecommunicatie",
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year=3,
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compulsory=True,
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overarching_role_id=891744390035415111,
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)
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wiskundige_modellering = UforaCourse(
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code="C003788",
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name="Wiskundige Modellering in de Ingenieurswetenschappen",
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year=3,
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compulsory=True,
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overarching_role_id=891744390035415111,
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)
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session.add_all(
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[
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artificiele_intelligentie,
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algoritmen_datastructuren_3,
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automaten_berekenbaarheid_complexiteit,
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besturingssystemen,
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computationele_biologie,
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logisch_programmeren,
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software_engineering_lab_2,
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modelleren_en_simuleren,
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informatiebeveiliging,
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parallelle_computersystemen,
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inleiding_tot_elektrotechniek,
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inleiding_tot_telecommunicatie,
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wiskundige_modellering,
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]
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)
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await session.commit()
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"""Aliases"""
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ai = UforaCourseAlias(course_id=artificiele_intelligentie.course_id, alias="AI")
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ad3 = UforaCourseAlias(course_id=algoritmen_datastructuren_3.course_id, alias="AD3")
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abc = UforaCourseAlias(course_id=automaten_berekenbaarheid_complexiteit.course_id, alias="ABC")
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bs = UforaCourseAlias(course_id=besturingssystemen.course_id, alias="BS")
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compbio = UforaCourseAlias(course_id=computationele_biologie.course_id, alias="Compbio")
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logprog = UforaCourseAlias(course_id=logisch_programmeren.course_id, alias="LogProg")
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prolog = UforaCourseAlias(course_id=logisch_programmeren.course_id, alias="Prolog")
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sel2 = UforaCourseAlias(course_id=software_engineering_lab_2.course_id, alias="SEL2")
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selab2 = UforaCourseAlias(course_id=software_engineering_lab_2.course_id, alias="SELab2")
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modsim = UforaCourseAlias(course_id=modelleren_en_simuleren.course_id, alias="ModSim")
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infosec = UforaCourseAlias(course_id=informatiebeveiliging.course_id, alias="InfoSec")
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information_security = UforaCourseAlias(course_id=informatiebeveiliging.course_id, alias="Information Security")
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pcs = UforaCourseAlias(course_id=parallelle_computersystemen.course_id, alias="PCS")
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parallel_computer_systems = UforaCourseAlias(
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course_id=parallelle_computersystemen.course_id, alias="Parallel Computer Systems"
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)
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elektro = UforaCourseAlias(course_id=inleiding_tot_elektrotechniek.course_id, alias="Elektro")
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elektrotechniek = UforaCourseAlias(course_id=inleiding_tot_elektrotechniek.course_id, alias="Elektrotechniek")
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telecom = UforaCourseAlias(course_id=inleiding_tot_telecommunicatie.course_id, alias="Telecom")
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wimo = UforaCourseAlias(course_id=wiskundige_modellering.course_id, alias="WiMo")
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session.add_all(
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[
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ai,
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ad3,
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abc,
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bs,
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compbio,
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logprog,
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prolog,
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sel2,
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selab2,
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modsim,
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infosec,
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information_security,
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pcs,
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parallel_computer_systems,
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elektro,
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elektrotechniek,
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telecom,
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wimo,
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]
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)
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await session.commit()
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"""1st Master CS"""
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fundamenten_van_programmeertalen = UforaCourse(
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course_id=633639,
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code="C003241",
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name="Fundamenten van Programmeertalen",
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year=4,
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compulsory=True,
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role_id=1023298665416228876,
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overarching_role_id=1023293447387496570,
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)
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machine_learning = UforaCourse(
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course_id=630807,
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code="C003758",
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name="Machine Learning (CS)",
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year=4,
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compulsory=True,
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role_id=1023294041825235087,
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overarching_role_id=1023293447387496570,
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)
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parallelle_en_gedistribueerde = UforaCourse(
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course_id=633583,
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code="E017930",
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name="Parallelle en Gedistribueerde Softwaresystemen",
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year=4,
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compulsory=True,
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role_id=1023293978273136700,
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overarching_role_id=1023293447387496570,
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alternative_overarching_role_id=1023278462733127710,
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)
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discrete_algoritmen = UforaCourse(
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course_id=633675,
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code="C003349",
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name="Discrete Algoritmen",
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year=4,
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compulsory=True,
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role_id=1023299229277487145,
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overarching_role_id=1023293447387496570,
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)
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software_engineering_lab_3 = UforaCourse(
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course_id=631370,
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code="C004072",
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name="Software Engineering Lab 3",
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year=4,
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compulsory=True,
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role_id=1023299234008678550,
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overarching_role_id=1023293447387496570,
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)
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compilers = UforaCourse(
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course_id=633663,
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code="E018520",
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name="Compilers",
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year=4,
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compulsory=True,
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role_id=1023299237003399249,
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overarching_role_id=1023293447387496570,
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)
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datavisualisatie = UforaCourse(
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course_id=630803,
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code="C004041",
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name="Datavisualisatie",
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year=4,
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compulsory=True,
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role_id=1023299239243161671,
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overarching_role_id=1023293447387496570,
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)
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recht_van_intellectuele_eigendom = UforaCourse(
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course_id=633696,
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code="C000957",
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name="Recht van de Intellectuele Eigendom",
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year=4,
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compulsory=True,
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role_id=1023299241457745930,
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overarching_role_id=1023293447387496570,
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)
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"""2nd Master CS"""
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computergrafiek = UforaCourse(
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code="C004073",
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name="Computergrafiek",
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year=5,
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compulsory=True,
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role_id=1023303199609860268,
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overarching_role_id=1023302736210567208,
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)
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big_data_science = UforaCourse(
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code="C004074",
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name="Big Data Science",
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year=5,
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compulsory=True,
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role_id=1023303190046851153,
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overarching_role_id=1023302736210567208,
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)
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bedrijfsstage = UforaCourse(
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code="C004075",
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name="Bedrijfsstage",
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year=5,
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compulsory=True,
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role_id=1023303201807679598,
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overarching_role_id=1023302736210567208,
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)
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masterproef = UforaCourse(
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code="C002309",
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name="Masterproef",
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year=5,
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compulsory=True,
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role_id=1023319264851144754,
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overarching_role_id=1023302736210567208,
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alternative_overarching_role_id=1023300434800164914,
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)
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"""1st Master CSE"""
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design_of_multimedia_applications = UforaCourse(
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code="E017920",
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name="Design of Multimedia Applications",
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year=4,
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compulsory=True,
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role_id=1023300418635317259,
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overarching_role_id=1023278462733127710,
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)
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research_project = UforaCourse(
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code="E031710",
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name="Research Project",
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year=4,
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compulsory=True,
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role_id=1023300421776855160,
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overarching_role_id=1023278462733127710,
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)
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design_project = UforaCourse(
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code="E033710",
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name="Design Project",
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year=4,
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compulsory=True,
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role_id=1023300424561852537,
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overarching_role_id=1023278462733127710,
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)
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mobile_and_broadband_access_networks = UforaCourse(
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code="E012320",
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name="Mobile and Broadband Access Networks",
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year=4,
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compulsory=True,
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role_id=1023300427246223471,
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overarching_role_id=1023278462733127710,
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)
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information_theory = UforaCourse(
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code="E003600",
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name="Information Theory",
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year=4,
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compulsory=True,
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role_id=1023300429469204480,
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overarching_role_id=1023278462733127710,
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)
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queueing_analysis_and_simulation = UforaCourse(
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code="E011322",
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name="Queueing Analysis and Simulation",
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year=4,
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compulsory=True,
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role_id=1023300431696371793,
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overarching_role_id=1023278462733127710,
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)
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session.add_all(
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[
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fundamenten_van_programmeertalen,
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machine_learning,
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parallelle_en_gedistribueerde,
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discrete_algoritmen,
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software_engineering_lab_3,
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compilers,
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datavisualisatie,
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recht_van_intellectuele_eigendom,
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computergrafiek,
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big_data_science,
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bedrijfsstage,
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masterproef,
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design_of_multimedia_applications,
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research_project,
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design_project,
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mobile_and_broadband_access_networks,
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information_theory,
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queueing_analysis_and_simulation,
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]
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)
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await session.commit()
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"""Master aliases"""
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fundamenten = UforaCourseAlias(course_id=fundamenten_van_programmeertalen.course_id, alias="Fundamenten")
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ml = UforaCourseAlias(course_id=machine_learning.course_id, alias="ML")
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pds = UforaCourseAlias(course_id=parallelle_en_gedistribueerde.course_id, alias="PDS")
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parallel_and_distributed = UforaCourseAlias(
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course_id=parallelle_en_gedistribueerde.course_id, alias="Parallel and Distributed Software Systems"
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)
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da = UforaCourseAlias(course_id=discrete_algoritmen.course_id, alias="DA")
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discalg = UforaCourseAlias(course_id=discrete_algoritmen.course_id, alias="DiscAlg")
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sel3 = UforaCourseAlias(course_id=software_engineering_lab_3.course_id, alias="SEL3")
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selab3 = UforaCourseAlias(course_id=software_engineering_lab_3.course_id, alias="SELab3")
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dv = UforaCourseAlias(course_id=datavisualisatie.course_id, alias="DV")
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datavis = UforaCourseAlias(course_id=datavisualisatie.course_id, alias="DataVis")
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recht = UforaCourseAlias(course_id=recht_van_intellectuele_eigendom.course_id, alias="Recht")
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computer_graphics = UforaCourseAlias(course_id=computergrafiek.course_id, alias="Computer Graphics")
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stage = UforaCourseAlias(course_id=bedrijfsstage.course_id, alias="Stage")
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thesis = UforaCourseAlias(course_id=masterproef.course_id, alias="Thesis")
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session.add_all(
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[
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fundamenten,
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ml,
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pds,
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parallel_and_distributed,
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da,
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discalg,
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sel3,
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selab3,
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dv,
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datavis,
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recht,
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computer_graphics,
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stage,
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thesis,
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]
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)
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await session.commit()
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"""Elective master's courses"""
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aanbevelingssystemen = UforaCourse(
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course_id=635444,
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code="E018230",
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name="Aanbevelingssystemen",
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year=6,
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compulsory=False,
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role_id=1023303206572404817,
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)
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algoritmische_grafentheorie = UforaCourse(
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code="C000145", name="Algoritmische Grafentheorie", year=6, compulsory=False, role_id=1023304281094373436
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)
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artificial_intelligence = UforaCourse(
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code="E016330", name="Artificial Intelligence", year=6, compulsory=False, role_id=1023304874789703741
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)
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berekenbaarheid_en_complexiteit = UforaCourse(
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code="C000627",
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name="Berekenbaarheid en Complexiteit",
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year=6,
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compulsory=False,
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role_id=1023304692861784064,
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)
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capita_selecta_bio = UforaCourse(
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code="C004122",
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name="Capita Selecta in Bioinformatics",
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year=6,
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compulsory=False,
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role_id=1023305177727504444,
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)
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causal_machine_learning = UforaCourse(
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code="C004413", name="Causal Machine Learning", year=6, compulsory=False, role_id=1023304690491985961
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)
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computational_challenges = UforaCourse(
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code="C003711",
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name="Computational Challenges in Bioinformatics",
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year=6,
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compulsory=False,
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role_id=1023304283413811411,
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)
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computeralgebra = UforaCourse(
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code="C001026", name="Computeralgebra", year=6, compulsory=False, role_id=1023304697928495164
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)
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computervisie = UforaCourse(
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code="E736020", name="Computervisie", year=6, compulsory=False, role_id=1023304274945511575
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)
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context_and_nuance = UforaCourse(
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code="A005503",
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name="Context and Nuance: A Critical Reflection on Current Topics",
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|
year=6,
|
|
compulsory=False,
|
|
role_id=1023304898252648470,
|
|
)
|
|
deep_learning = UforaCourse(
|
|
code="F000918", name="Deep Learning", year=6, compulsory=False, role_id=1023304893672464474
|
|
)
|
|
economie = UforaCourse(code="F000758", name="Economie", year=6, compulsory=False, role_id=1023305174506291290)
|
|
geavanceerde_databanken = UforaCourse(
|
|
code="E018441", name="Geavanceerde Databanken", year=6, compulsory=False, role_id=1023304259913134130
|
|
)
|
|
gevorderde_numerieke_methoden = UforaCourse(
|
|
code="C004011", name="Gevorderde Numerieke Methoden", year=6, compulsory=False, role_id=1023304278410002482
|
|
)
|
|
gevorderd_wetenschappelijk_engels = UforaCourse(
|
|
code="A003107",
|
|
name="Gevorderd wetenschappelijk Engels",
|
|
year=6,
|
|
compulsory=False,
|
|
role_id=1023305170987257898,
|
|
)
|
|
internet_of_things = UforaCourse(
|
|
code="E019170", name="Internet of Things", year=6, compulsory=False, role_id=1023304695416111224
|
|
)
|
|
medical_imaging = UforaCourse(
|
|
code="E010371", name="Medical Imaging", year=6, compulsory=False, role_id=1023304900555317399
|
|
)
|
|
robotica = UforaCourse(
|
|
course_id=634368, code="E019370", name="Robotica", year=6, compulsory=False, role_id=1023303205360246904
|
|
)
|
|
software_hacking = UforaCourse(
|
|
course_id=635436,
|
|
code="E017941",
|
|
name="Softwarehacking en -Protectie",
|
|
year=6,
|
|
compulsory=False,
|
|
role_id=1023303203913211905,
|
|
)
|
|
spraakverwerking = UforaCourse(
|
|
code="E010220", name="Spraakverwerking", year=6, compulsory=False, role_id=1023304686704533576
|
|
)
|
|
sustainable_computing = UforaCourse(
|
|
code="E034500", name="Sustainable Computing", year=6, compulsory=False, role_id=1023304895421481081
|
|
)
|
|
|
|
session.add_all(
|
|
[
|
|
aanbevelingssystemen,
|
|
algoritmische_grafentheorie,
|
|
artificial_intelligence,
|
|
berekenbaarheid_en_complexiteit,
|
|
capita_selecta_bio,
|
|
causal_machine_learning,
|
|
computational_challenges,
|
|
computeralgebra,
|
|
computervisie,
|
|
context_and_nuance,
|
|
deep_learning,
|
|
economie,
|
|
geavanceerde_databanken,
|
|
gevorderde_numerieke_methoden,
|
|
gevorderd_wetenschappelijk_engels,
|
|
internet_of_things,
|
|
medical_imaging,
|
|
robotica,
|
|
software_hacking,
|
|
spraakverwerking,
|
|
sustainable_computing,
|
|
]
|
|
)
|
|
|
|
await session.commit()
|
|
|
|
recommender_systems = UforaCourseAlias(course_id=aanbevelingssystemen.course_id, alias="Recommender Systems")
|
|
cv = UforaCourseAlias(course_id=computervisie.course_id, alias="CV")
|
|
comp_vis = UforaCourseAlias(course_id=computervisie.course_id, alias="CompVis")
|
|
computer_vision = UforaCourseAlias(course_id=computervisie.course_id, alias="Computer Vision")
|
|
context = UforaCourseAlias(course_id=context_and_nuance.course_id, alias="Context")
|
|
eco = UforaCourseAlias(course_id=economie.course_id, alias="Eco")
|
|
advanced_databases = UforaCourseAlias(course_id=geavanceerde_databanken.course_id, alias="Advanced Databases")
|
|
advanced_academic_english = UforaCourseAlias(
|
|
course_id=gevorderd_wetenschappelijk_engels.course_id, alias="Advanced Academic English"
|
|
)
|
|
iot = UforaCourseAlias(course_id=internet_of_things.course_id, alias="IoT")
|
|
robotics = UforaCourseAlias(course_id=robotica.course_id, alias="Robotics")
|
|
software_hacking_en = UforaCourseAlias(
|
|
course_id=software_hacking.course_id, alias="Software Hacking and Protection"
|
|
)
|
|
speech_processing = UforaCourseAlias(course_id=spraakverwerking.course_id, alias="Speech Processing")
|
|
|
|
session.add_all(
|
|
[
|
|
recommender_systems,
|
|
cv,
|
|
comp_vis,
|
|
computer_vision,
|
|
context,
|
|
eco,
|
|
advanced_databases,
|
|
advanced_academic_english,
|
|
iot,
|
|
robotics,
|
|
software_hacking_en,
|
|
speech_processing,
|
|
]
|
|
)
|
|
|
|
await session.commit()
|