106 lines
3.9 KiB
Python
106 lines
3.9 KiB
Python
from ipe_fetcher.model import AreaCoordinates, Building, FAIEligibilityStatus
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from ipe_fetcher.sqlite_connector.cursor import getCursorWithSpatialite
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from os.path import exists
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AXIONE_ETAT_DEPLOYE = "DEPLOYE"
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AXIONE_ETAT_DEPLOIEMENT = "EN COURS DE DEPLOIEMENT"
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AXIONE_ETAT_ABANDONNE = "ABANDONNE"
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AXIONE_ETAT_CIBLE = "CIBLE"
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AXIONE_ETAT_SIGNE = "SIGNE"
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AXIONE_ETAT_RAD_DEPLOIEMENT = "RAD EN COURS DE DEPLOIEMENT"
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AXIONE_ETAT_RACCORDABLE_DEMANDE = "RACCORDABLE DEMANDE"
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class Axione:
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def __init__(self, db_axione_ipe_path: str):
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self.db_axione_ipe_path = db_axione_ipe_path
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# Check at least that the file exists
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if not exists(self.db_axione_ipe_path):
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raise ValueError(f"File {self.db_axione_ipe_path} does not exist")
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def getAreaBuildings(
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self, areaCoordinates: AreaCoordinates, existing_buildings: dict
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) -> dict:
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cur = None
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# Try to get cursor on Axone database
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try:
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cur = getCursorWithSpatialite(self.db_axione_ipe_path)
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except Exception as err:
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print("Error while connecting to DB: ", err)
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raise "Could not get Axione data"
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# Let's first see how big is the area we're about to query.
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# If it's too big, abort the request to prevent a server DOS.
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cur.execute(
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"""
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SELECT Area(BuildMBR(:swx,:swy,:nex,:ney,4326))
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""",
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areaCoordinates,
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)
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req_area = cur.fetchone()[0]
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if req_area <= 0.08:
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# cur.execute(
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# """
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# SELECT
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# X(ImmeubleGeoPoint),
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# Y(ImmeubleGeoPoint),
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# IdentifiantImmeuble,
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# EtatImmeuble,
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# NumeroVoieImmeuble,
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# TypeVoieImmeuble,
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# NomVoieImmeuble
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# FROM ipe
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# WHERE ROWID IN (
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# SELECT ROWID FROM SpatialIndex
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# WHERE f_table_name = 'ipe' AND
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# search_frame = BuildMBR(:swx, :swy, :nex, :ney, 4326))
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# """,
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# areaCoordinates,
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# )
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cur.execute(
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"""
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SELECT
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X(ImmeubleGeoPoint),
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Y(ImmeubleGeoPoint),
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imb_id,
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imb_etat,
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num_voie,
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type_voie,
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nom_voie
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FROM arcep
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WHERE ROWID IN (
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SELECT ROWID FROM SpatialIndex
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WHERE f_table_name = 'arcep' AND
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search_frame = BuildMBR(:swx, :swy, :nex, :ney, 4326))
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""",
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areaCoordinates,
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)
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if not existing_buildings:
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existing_buildings = dict()
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buildings = existing_buildings
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for b in cur.fetchall():
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print(b)
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etatImm = b[3]
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idImm = b[2]
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isEligible = etatImm == AXIONE_ETAT_DEPLOYE or etatImm == "deploye"
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aquilenetEligStatus = FAIEligibilityStatus(
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isEligible=isEligible,
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ftthStatus=etatImm,
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reasonNotEligible=None if isEligible else "Pas encore deploye",
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)
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if buildings.get(idImm):
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buildings[idImm]["aquilenetEligStatus"] = aquilenetEligStatus
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else:
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building = Building(
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x=b[0],
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y=b[1],
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idImm=idImm,
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numVoieImm=b[4],
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typeVoieImm=b[5],
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nomVoieImm=b[6],
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aquilenetEligStatus=aquilenetEligStatus,
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)
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buildings[idImm] = building
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return buildings
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else:
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raise ValueError("The requested area is too wide, please reduce it")
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