def transition_import_littoral(self):
shapefile = ShapeUnzip.getShapefile(self.start.shapefile)
debug("unzipped")
try :
Protection.createGeometries(shapefile.filename, "Conservatoire du littoral", "CDL", version = self.start.version)
finally:
shapefile.destroy()
return 'done'
def transition_import_regbiofr(self):
shapefile = ShapeUnzip.getShapefile(self.start.shapefile)
debug("unzipped")
try:
REGBIOFR.createREGBIOFRGeometries(shapefile.filename, self.start.version)
finally:
shapefile.destroy()
return "done"
def transition_import_cen(self):
shapefile = ShapeUnzip.getShapefile(self.start.shapefile)
debug("unzipped")
try :
Protection.createGeometries(shapefile.filename, "Conservatoire d'espaces naturels", "CEN", version = self.start.version)
finally:
shapefile.destroy()
return 'done'
def transition_import_resbio(self):
shapefile = ShapeUnzip.getShapefile(self.start.shapefile)
debug("unzipped")
try :
Protection.createBioGeometries(shapefile.filename, "Réserve biologique", "RB", version = self.start.version)
finally:
shapefile.destroy()
return 'done'
def transition_import_resnatcf(self):
shapefile = ShapeUnzip.getShapefile(self.start.shapefile)
debug("unzipped")
try :
Protection.createGeometries(shapefile.filename, "Réserve naturelle de chasse et faune sauvage", "RNCFS", version = self.start.version)
finally:
shapefile.destroy()
return 'done'
def transition_import_sic(self):
shapefile = ShapeUnzip.getShapefile(self.start.shapefile)
debug("unzipped")
try :
Protection.createGeometries(shapefile.filename, "Site d'importance communautaire", "SIC", version = self.start.version)
finally:
shapefile.destroy()
return 'done'
def transition_import_rescorse(self):
shapefile = ShapeUnzip.getShapefile(self.start.shapefile)
debug("unzipped")
try :
Protection.createGeometries(shapefile.filename, "Réserve naturelle Corse", "RNC", version = self.start.version)
finally:
shapefile.destroy()
return 'done'
def transition_import_parcreg(self):
shapefile = ShapeUnzip.getShapefile(self.start.shapefile)
debug("unzipped")
try :
Protection.createGeometries(shapefile.filename, "Parc naturel régional", "PNR", version = self.start.version)
finally:
shapefile.destroy()
return 'done'
def transition_import_biotope(self):
shapefile = ShapeUnzip.getShapefile(self.start.shapefile)
debug("unzipped")
try :
Protection.createGeometries(shapefile.filename, "Arrêté de protection de biotope", "APB", version = self.start.version)
finally:
shapefile.destroy()
return 'done'
def transition_import_zps(self):
shapefile = ShapeUnzip.getShapefile(self.start.shapefile)
debug("unzipped")
try :
Protection.createGeometries(shapefile.filename, "Zone de protection spéciale", "ZPS", version = self.start.version)
finally:
shapefile.destroy()
return 'done'
def transition_import_znieff2(self):
shapefile = ShapeUnzip.getShapefile(self.start.shapefile)
debug("unzipped")
try :
Protection.createGeometries(shapefile.filename, "Zone naturelle d'intérêt écologique faunistique et floristique de type 2 (mer)", "ZNIEFF 2 mer", version = self.start.version)
finally:
shapefile.destroy()
return 'done'
def transition_import_courseau(self):
shapefile = ShapeUnzip.getShapefile(self.start.shapefile)
debug("unzipped")
try :
CoursEau.createCoursEauGeometries(shapefile.filename,
self.start.version)
finally:
shapefile.destroy()
return 'done'
def transition_import_ssecteur(self):
shapefile = ShapeUnzip.getShapefile(self.start.shapefile)
debug("unzipped")
try :
SousSecteur.createSousSecteurGeometries(shapefile.filename,
self.start.version)
finally:
shapefile.destroy()
return 'done'
def transition_import_zico(self):
shapefile = ShapeUnzip.getShapefile(self.start.shapefile)
debug("unzipped")
try :
Protection.createZicoGeometries(shapefile.filename, u"Zone d'intérêt communautaire pour les oiseaux",
"ZICO", version = self.start.version)
finally:
shapefile.destroy()
return 'done'
def transition_import_foret(self):
shapefile = ShapeUnzip.getShapefile(self.start.shapefile)
debug("unzipped")
try :
Foret.createForetGeometries(shapefile.filename,
self.start.version)
finally:
shapefile.destroy()
return 'done'
def transition_import_ramsar(self):
shapefile = ShapeUnzip.getShapefile(self.start.shapefile)
debug("unzipped")
try :
Protection.createGeometries(shapefile.filename, "Site Ramsar",
"RAMSAR", version = self.start.version)
finally:
shapefile.destroy()
return 'done'
def transition_import_clc(self):
shapefile = ShapeUnzip.getShapefile(self.start.shapefile)
debug("unzipped")
try :
year = "20" + shapefile.name[3:5]
Clc.createClcGeometries(shapefile.filename, int(year),
self.start.version)
finally:
shapefile.destroy()
return 'done'
def importerCEN(cls, data, version):
binData = base64.decodestring(data)
shapefile = ShapeUnzip.getShapefile(binData)
ret = False
try :
Protection.createGeometries(shapefile.filename, "Conservatoire d'espaces naturels",
"CEN", version = version)
ret = True
finally:
shapefile.destroy()
return ret
def importerRNR(cls, data, version):
binData = base64.decodestring(data)
shapefile = ShapeUnzip.getShapefile(binData)
ret = False
try :
Protection.createGeometries(shapefile.filename, "Réserve naturelle régionale", "RNR",
version = version)
ret = True
finally:
shapefile.destroy()
return ret
def importerPNM(cls, data, version):
binData = base64.decodestring(data)
shapefile = ShapeUnzip.getShapefile(binData)
ret = False
try :
Protection.createGeometries(shapefile.filename, "Parc naturel marin", "PNM",
version = version)
ret = True
finally:
shapefile.destroy()
return ret
def importerAPB(cls, data, version):
binData = base64.decodestring(data)
shapefile = ShapeUnzip.getShapefile(binData)
ret = False
try :
Protection.createGeometries(shapefile.filename, "Arrêté de protection de biotope",
"APB", version = version)
ret = True
finally:
shapefile.destroy()
return ret
def importerRamsar(cls, data, version):
binData = base64.decodestring(data)
shapefile = ShapeUnzip.getShapefile(binData)
ret = False
try :
Protection.createGeometries(shapefile.filename, "Site Ramsar",
"RAMSAR", version = version)
ret = True
finally:
shapefile.destroy()
return ret
def importerZPS(cls, data, version):
binData = base64.decodestring(data)
shapefile = ShapeUnzip.getShapefile(binData)
ret = False
try :
Protection.createGeometries(shapefile.filename, "Zone de protection spéciale", "ZPS",
version = version)
ret = True
finally:
shapefile.destroy()
return ret
def importerRB(cls, data, version):
binData = base64.decodestring(data)
shapefile = ShapeUnzip.getShapefile(binData)
ret = False
try :
Protection.createBioGeometries(shapefile.filename, "Réserve biologique",
"RB", version = version)
ret = True
finally:
shapefile.destroy()
return ret
def importerREGBIOFR(cls, data, version):
binData = base64.decodestring(data)
shapefile = ShapeUnzip.getShapefile(binData)
ret = False
try:
REGBIOFR.deleteOldREGBIOFR()
REGBIOFR.createREGBIOFRGeometries(shapefile.filename, version)
ret = True
finally:
shapefile.destroy()
return ret
def importerSIC(cls, data, version):
binData = base64.decodestring(data)
shapefile = ShapeUnzip.getShapefile(binData)
ret = False
try :
Protection.createGeometries(shapefile.filename, "Site d'importance communautaire",
"SIC", version = version)
ret = True
finally:
shapefile.destroy()
return ret
def importerCoursEau(cls, data, version):
binData = base64.decodestring(data)
shapefile = ShapeUnzip.getShapefile(binData)
ret = False
try :
CoursEau.deleteOldCoursEau()
CoursEau.createCoursEauGeometries(shapefile.filename,
version)
ret = True
finally:
shapefile.destroy()
return ret
def importerSousSecteur(cls, data, version):
binData = base64.decodestring(data)
shapefile = ShapeUnzip.getShapefile(binData)
ret = False
try :
SousSecteur.deleteOldSousSecteur()
SousSecteur.createSousSecteurGeometries(shapefile.filename,
version)
ret = True
finally:
shapefile.destroy()
return ret
def importerZICO(cls, data, version):
binData = base64.decodestring(data)
shapefile = ShapeUnzip.getShapefile(binData)
ret = False
try :
Protection.createZicoGeometries(shapefile.filename,
u"Zone d'intérêt communautaire pour les oiseaux",
"ZICO", version = version)
ret = True
finally:
shapefile.destroy()
return ret
def importerForet(cls, data, version):
binData = base64.decodestring(data)
shapefile = ShapeUnzip.getShapefile(binData)
ret = False
try :
Foret.deleteOldForet()
Foret.createForetGeometries(shapefile.filename,
version)
ret = True
finally:
shapefile.destroy()
return ret