sFileDst = "_" + sCountryDepCode + "-" + sCountryName + "-border_allAreas.geojson"
else:
sFileDst = sCountryDepCode + "-" + sCountryName + "-border_" + sName + ".geojson"
bpaTools.writeJsonFile(sDestPath + sFileDst, oMainFeature)
if iIdx==-1:
if oArea["geometry"]["type"]=="MultiPolygon":
iIdx=0
for oArea in oArea["geometry"]["coordinates"]:
createGeoJsonFile(sFileSrc, sCountryName, sCountryCode, sCountryIsoCode, sCountryDepCode, oArea, iIdx)
iIdx+=1
return
if __name__ == '__main__':
oLog = bpaTools.Logger(appId, logFile)
oLog.resetFile() #Clean du log si demandé
sPathSrc = inpPath + "borders/ec.europa.eu/"
#sFileSrc = "CNTR_RG_60M_2020_4326.geojson" #Small resolution map
sFileSrc = "CNTR_RG_01M_2020_4326.geojson" #Hight resolution map
oLog.info("Loading file: " + sFileSrc, outConsole=True)
oSrcJson:dict = bpaTools.readJsonFile(sPathSrc + sFileSrc)
oFeatures = oSrcJson["features"]
for oCountry in oFeatures:
sCountryName = oCountry["properties"]["NAME_ENGL"]
sCountryName = str(sCountryName).replace(" ","-")
sCountryCode = oCountry["properties"]["CNTR_ID"]
sCountryIsoCode = oCountry["properties"]["ISO3_CODE"]
oLog.info("Country: ({0}) {1} - {2}".format(sCountryIsoCode, sCountryCode, sCountryName) , outConsole=False)
print(" Resources")
print(
" GeoJSON test format: http://geojson.tools/ -or- http://geojson.io"
)
print(
" OpenAir test format: http://xcglobe.com/cloudapi/browser -or- http://cunimb.net/openair2map.php"
)
return
if __name__ == '__main__':
### Context d'excecution
oOpts = bpaTools.getCommandLineOptions(
sys.argv) #Arguments en dictionnaire
oLog = bpaTools.Logger(___AppId___,
__LogFile__,
isSilent=bool(aixmReader.CONST.optSilent in oOpts))
if len(sys.argv) < 2 or (aixmReader.CONST.optHelp in oOpts):
syntaxe() #Aide en ligne
oLog.closeFile()
else:
if aixmReader.CONST.optCleanLog in oOpts:
oLog.resetFile() #Clean du log
oLog.writeCommandLine(sys.argv) #Trace le contexte d'execution
sSrcFile = sys.argv[1] #Nom de fichier
aixmCtrl = aixmReader.AixmControler(
sSrcFile, __OutPath__, oLog=oLog) #Controler de traitements
if aixmCtrl.execParser(oOpts): #Execution des traitements
print()
#### poaf - Specifique test for bigData ####
#srcFile = "../../poaff/input/SIA/20200813-20200909_aixm4.5_SIA-FR.xml"
#srcFile = "../../poaff/input/EuCtrl/20200618_aixm4.5_Eurocontrol-FR.xml"
#srcFile = "../../poaff/input/EuCtrl/20201105_aixm4.5_Eurocontrol-Euro_BPa.xml"
#aArgv = [appName, srcFile, "-Fall", aixmReader.CONST.typeAIRSPACES, aixmReader.CONST.optVFR, aixmReader.CONST.optFreeFlight]
#### Ajout de l'option d'appel pour la gestion du Log ####
aArgv += [aixmReader.CONST.optCleanLog
] #Mode classique avec log et afficages sur console système
#aArgv += [aixmReader.CONST.optSilent] #Mode silencieux sans utilisation du fichier log et sans retour d'affichage
#### Préparation d'appel ####
oOpts = bpaTools.getCommandLineOptions(aArgv) #Arguments en dictionnaire
oLog = bpaTools.Logger(appId,
logFile,
callingContext,
linkContext,
isSilent=bool(aixmReader.CONST.optSilent in oOpts))
if aixmReader.CONST.optCleanLog in oOpts:
oLog.resetFile() #Clean du log si demandé
oLog.writeCommandLine(aArgv) #Trace le contexte d'execution
aixmCtrl = aixmReader.AixmControler(srcFile, outPath, "",
oLog=oLog) #Init controler
if aixmCtrl.execParser(oOpts): #Execution des traitements
print()
if oLog.CptCritical or oLog.CptError:
print("/!\ Processing Error(s)")
oLog.Report()
oLog.closeFile()
geojson.append({
"type": "Feature",
"properties": {
"name": "Complex object"
},
"geometry": g
})
return geojson
if __name__ == '__main__':
class MainTst:
def __init__(self, oLog, outPath):
self.oLog = oLog
self.sOutPath = outPath
self.sOutHeadFile = "tst_"
self.sEncoding = "utf-8"
self.oAixm = {}
self.Draft = False
appName = "Aixm2jsonTst"
appPath = bpaTools.getFilePath(__file__) #or your app path
outPath = appPath + "../../out/"
logFile = outPath + "_" + appName + ".log"
oLog = bpaTools.Logger(appName, logFile, "", "", isSilent=False)
oMain = MainTst(oLog, outPath)
oTst = Aixm2jsonTst(oMain)
oTst.testAll()
### Context applicatif ####
appName = bpaTools.getFileName(__file__)
appPath = bpaTools.getFilePath(__file__)
appVersion = "1.0.0"
appId = appName + " v" + appVersion
outPath = appPath + "../../output/"
inPath = appPath + "../../input/"
logFile = outPath + "_" + appName + ".log"
### Environnement applicatif ###
poaffOutPath = outPath + poaffCst.cstPoaffOutPath
if __name__ == '__main__':
oLog = bpaTools.Logger(appId, logFile, poaffCst.callingContext, poaffCst.linkContext, isSilent=False) #Clean du log si demandé
oLog.resetFile()
sHeadFileDate:str = "{0}_".format(bpaTools.getDateNow())
#sSrcFile = inPath + "BPa/French-LTA/20201214_airspaces-freeflight-gpsWithTopo-geoFrench.txt"
sSrcFile = inPath + "BPa/French-LTA/20210103_LTA-gpsWithTopo-geoFrench.txt"
sDstFile = inPath + "BPa/French-LTA/"+ sHeadFileDate + "LTA-FrenchSurfaceS_BPa.txt"
oAsCat:AsCatalog = airspacesCatalog.AsCatalog(oLog) #Catalogue de zone vide
oOpArea = OpenairArea(oLog, oAsCat, False) #Gestion des zones
oOpArea.parseFile(sSrcFile, "BPa-French-LTA") #Analyse du contenu Openair
oZone:OpenairZone = None #Zone
#for sUId, oZone in oOpArea.oOpenair.items():
# oLog.info("(sUId={0}) {1} - {2}".format(sUId, oZone.sClass, oZone.sName), outConsole=False)
) #Regénération des fichiers après maj des référentiels
return
if __name__ == '__main__':
sCallingContext = None
bpaTools.createFolder(outPath) #Initialisation
bpaTools.createFolder(poaffOutPath) #Initialisation
bpaTools.createFolder(poaffOutPath +
poaffCst.cstReferentialPath) #Initialisation
oOpts = bpaTools.getCommandLineOptions(aArgs) #Arguments en dictionnaire
oLog = bpaTools.Logger(appId,
logFile,
poaffCst.callingContext,
poaffCst.linkContext,
debugLevel=debugLevel,
isSilent=bool(aixmReader.CONST.optSilent in oOpts))
if aixmReader.CONST.optCleanLog in oOpts:
oLog.resetFile() #Clean du log si demandé
#--------- creation des fichiers unitaires ----------
if aixmPaserConstruct:
poaffGenerateFiles() #Creation des fichiers
poaffMergeFiles() #Consolidation des fichiers
makeKmlFiles() #Sortie du ficher en KMLs
print()
oLog.Report()
iPostErr = oLog.CptCritical + oLog.CptError #Nombre d'erreurs en post-traitements
if iPostErr > 0:
