def main(argv):
file_name = "datasets.json"
if len(argv) > 0:
file_name = argv[0]
with open(file_name) as data_file:
data = json.load(data_file)["datasets"]
for dat in data:
id = mongo.getLastIdEndpointsLodex()
ds = {'_id': id, 'name': dat['name'], 'url': dat['url']}
mongo.inserLodexDatasets(ds)
def main(argv):
file_name="datasets.json"
if len(argv) > 0:
file_name=argv[0]
with open(file_name) as data_file:
data = json.load(data_file)["datasets"]
for dat in data:
id = mongo.getLastIdEndpointsLodex()
ds={'_id':id,'name':dat['name'],'url':dat['url']}
mongo.inserLodexDatasets(ds)
def downloadDataset(argv):
if argv[0] in [
"https://www.europeandataportal.eu/sparql",
"https://io.datascience-paris-saclay.fr/sparql",
"http://data.europa.eu/euodp/sparqlep"
]:
sparql = SPARQLWrapper(argv[0])
q = util.queryGenerator.QueryGenerator()
if argv[0] == "https://www.europeandataportal.eu/sparql":
sparql.setQuery(q.EuDownload().query)
elif argv[0] == "https://io.datascience-paris-saclay.fr/sparql":
sparql.setQuery(q.dataScienceParisDownload().query)
elif argv[0] == "http://data.europa.eu/euodp/sparqlep":
sparql.setQuery(q.dataEuDownload().query)
sparql.setReturnFormat(XML)
"""print(sparql)"""
#print("Extraction endpoints")
results = sparql.queryAndConvert()
#print("Parsing results\n")
pprint(results)
pprint(
se.parseResponseForDatasetExtr(None, results, "test_connection",
False))
print("-----")
return
if se.parseResponseForDatasetExtr(None, results, "test_connection",
False):
endArr = []
endDIct = {}
for end in se.parseResponseForDatasetExtr(
None, results, "test_connection", False
): # end è un oggetto con 'dataset', 'title' e 'url' dell'endpoint
if 'title' in end:
if end['url'] in endDIct:
tmp = endDIct[end['url']]
tmp['name'].append(end['title'])
endDIct[end['url']] = tmp
else:
endDIct[end['url']] = {'name': [end['title']]}
datasets = []
urls = []
count = mongo.getLastIdEndpointsLodex()
copy = False
for key in endDIct:
endpoint = mongo.getAllEndopoinLodex()
for e in endpoint:
if e["url"] == key:
copy = True
if copy == False:
ds = {}
ds = {
'url': key,
'_id': count,
'name': endDIct[key]['name'][0]
}
urls.append(key)
count = count + 1
ds['datasets'] = [{'name': endDIct[key]['name'][0]}]
datasets.append(ds)
copy = False
# Stringa per il parsing
print("Ricerca di nuovi dataset sul portale " + argv[0])
print("Trovati " + str(len(datasets)) + " nuovi datasets")
print(datasets)
if len(datasets) > 0:
mongo.inserLodexDatasets(datasets)
for i in range(0, len(datasets)):
url = urls[i]
automaticExtraction([url])
else:
url = argv[0]
sparql = SPARQLWrapper(url)
q = util.queryGenerator.QueryGenerator()
id = mongo.startTestNew(url)
print(id)
"""in runInfo, id è il numero dentro a ObjectId"""
copy = False
count = mongo.getLastIdEndpointsLodex()
datasets = []
if se.testConnection(url, q, sparql, id):
endpoint = mongo.getAllEndopoinLodex()
for e in endpoint:
if e["url"] == url:
copy = True
if copy == False:
ds = {}
trash, name = itemgetter(0, 1)(url.split('//', 1))
ds = {'url': url, '_id': count, 'name': name}
datasets.append(ds)
else:
print("-----")
print(url + " e' un endpoint valido, ")
print("ma e' gia' presente in MongoDB; non lo aggiungo.")
print("L'estrazione viene evitata in quanto sarebbe inutile.")
else:
print("-----")
print(
url +
" non e' un endpoint valido o non e' al momento raggiungibile."
)
print("Estrazione fallita.")
if len(datasets) > 0:
mongo.inserLodexDatasets(datasets)
mongo.deleteExtById(count)
print(datasets)
automaticExtraction([argv[0]])
print("-----")
print(url + " e' un endpoint valido, ")
print("non presente su MongoDB; lo aggiungo.")
print("Estrazione andata a buon fine.")
if 'name' in end:
if end['u'] in endDIct:
tmp=endDIct[end['u']]
tmp['name'].append(end['name'])
tmp['label'].append(end['label'])
if 'desc' in end:
tmp['desc'].append(end['desc'])
else:
tmp['desc'].append(' ')
endDIct[end['u']]=tmp
else:
endDIct[end['u']]={'name':[end['name']],'label':[end['label']],'desc':[end['desc']] if 'desc' in end else [' ']}
# print(endDict)
datasets=[]
count=mongo.getLastIdEndpointsLodex()
for key in endDIct:
ds={}
if len(endDIct[key]['label']) > 1:
# pprint.pprint(endDIct[key])
labelSet=set(endDIct[key]['label'])
globalName=reduce(lambda a,b: a if a>b else b,endDIct[key]['name'])
ds={'url':key,'_id':count}
count = count + 1
ds['datasets']=[]
for a in labelSet:
desc=""
name=""
for b in range(len(endDIct[key]['label'])):
if endDIct[key]['label'][b] == a:
if 'desc' in endDIct[key] and len(endDIct[key]['desc'][b]) > len(desc):
tmp=endDIct[end['u']]
tmp['name'].append(end['name'])
tmp['label'].append(end['label'])
if 'desc' in end:
tmp['desc'].append(end['desc'])
else:
tmp['desc'].append(' ')
endDIct[end['u']]=tmp
else:
endDIct[end['u']]={'name':[end['name']],'label':[end['label']],'desc':[end['desc']] if 'desc' in end else [' ']}
# print endDIct
datasets=[]
count=mongo.getLastIdEndpointsLodex()
for key in endDIct:
ds={}
if len(endDIct[key]['label']) > 1:
# pprint.pprint(endDIct[key])
labelSet=set(endDIct[key]['label'])
globalName=reduce(lambda a,b: a if a>b else b,endDIct[key]['name'])
ds={'url':key,'_id':count}
count = count +1
ds['datasets']=[]
for a in labelSet:
desc=""
name=""
for b in range(len(endDIct[key]['label'])):
if endDIct[key]['label'][b] == a:
if 'desc' in endDIct[key] and len(endDIct[key]['desc'][b]) > len(desc):
