def run(self):
count=0
objtypes=[]
rlist=sparqlQuerypy.findPropertyClassesFirst(self.a)
for r in rlist:
if u'r' not in r.keys():
ccClasses=Neo4jDrive.findCCNodes(self.a)
buildString="("
for i in ccClasses:
buildString+='<'+i+'>,'
buildString=buildString[:-1]
buildString+=")"
propertyUsage=sparqlQuerypy.findPropertyClassesSecond(r['p']['value'],buildString)
for item in (set([k['d']['value'] for k in propertyUsage]) & hypothesisSet):
#rel=Neo4jDrive.insertNodeAndRelationship(self.a ,'cp', r['p']['value'])
#self.hyplock.acquire()
#hypothesisSet.add(r['p']['value'])
#self.hyplock.release()
#temp=Neo4jDrive.findNodeByName(r['p']['value'])
#temp.properties['hyp']='yes'
#temp.push()
self.addProperty(r['p']['value'])
rel=Neo4jDrive.insertNodeAndRelationship(r['p']['value'], 'd', item)
for item in (set([k['d']['value'] for k in propertyUsage]) & set(self.allCC)):
#rel=Neo4jDrive.insertNodeAndRelationship(self.a, 'cp', r['p']['value'])
#self.hyplock.acquire()
#hypothesisSet.add(r['p']['value'])
#self.hyplock.release()
#temp=Neo4jDrive.findNodeByName(r['p']['value'])
#temp.properties['hyp']='yes'
#temp.push()
self.addProperty(r['p']['value'])
rel=Neo4jDrive.insertNodeAndRelationship(r['p']['value'], 'd', item)
def run(self):
rlist=sparqlQuerypy.findProperty2(self.label1,self.label2)
print '------------------'
log.write('----------------\n')
log.write(str(datetime.datetime.now())+'\n')
log.write(self.label1+self.label2)
print self.label1,self.label2#,rlist
cache=[]
propertyUsage=[1]
for r in rlist:
if u'd' in r.keys():
self.addProperty(r['p']['value'])
rel_data=Neo4jDrive.insertNodeAndRelationship(r['p']['value'],"domain",r['d']['value'])[0]
rel_data['name']='domain'
rel_data.push()
else:
ccClasses=Neo4jDrive.findCCNodes(self.columnNames[self.perm_column])
buildString="("
for i in ccClasses:
buildString+='<'+i+'>,'
buildString=buildString[:-1]
buildString+=")"
if r['p']['value'] not in cache:
propertyUsage=sparqlQuerypy.findPropertyClassesSecond(r['p']['value'],buildString)
cache+=[r['p']['value']]
print len(propertyUsage),r['p']['value']
if len(propertyUsage)<15000:
for item in (set([k['r']['value'] for k in propertyUsage]) & set(ccClasses)):
self.addProperty(r['p']['value'])
rel_data=Neo4jDrive.insertNodeAndRelationship(r['p']['value'],"domain",item)[0]
rel_data['name']="domain"
rel_data.push()
node=Neo4jDrive.findNodeByName(item)
node.properties['hyp']='yes'
node.properties['type']='cc'
node.push()
self.incrementDms(rel_data) #for each table we have to put a score on the link between the what and what? The property and its domain? But then how is the score calculated? Is it number of columns in the table by total in that table or is it completely unique?
def dmsScore(self):
data=self.data
columnNames=self.columnNames
totalSize=self.totalSize
relationships=self.relationships
size=len(data)
cache=[]
bitmap={}
for i,column1 in enumerate(columnNames):
if column1 not in relationships.keys():
relationships[column1]={}
if column1 not in bitmap.keys():
bitmap[column1]={}
for j,column2 in enumerate(columnNames):
if column2 not in relationships.keys():
relationships[column2]={}
if i==j: continue
for element in data:
print '--------------------'
print element[i],'-->',element[j]
item=(element[i],element[j])
rlist=sparqlQuerypy.findProperty2(element[i].strip(),element[j].strip())
cache=[]
for r in rlist:
if column2 not in relationships[column1].keys():
relationships[column1][column2]={}
if column2 not in bitmap[column1].keys():
bitmap[column1][column2]={}
if item not in bitmap[column1][column2]:
bitmap[column1][column2][item]={}
bitmap[column1][column2][item][r['p']['value']]=0
if r['p']['value'] not in relationships[column1][column2].keys():
relationships[column1][column2][r['p']['value']]={}
if u'd' in r.keys():
print 'u d is in r.keys()'
relationships[column1][column2][r['p']['value']]['name']='property'
if 'count' not in relationships[column1][column2][r['p']['value']].keys():
relationships[column1][column2][r['p']['value']]['count']=1.0
if bitmap[column1][column2][item][r['p']['value']]==0:
relationships[column1][column2][r['p']['value']]['count']+=1
bitmap[column1][column2][item][r['p']['value']]=1
print relationships[column1][column2][r['p']['value']]['count']
relationships[column1][column2][r['p']['value']]['dms']=relationships[column1][column2][r['p']['value']]['count']/totalSize
if r['p']['value'] not in relationships[column2].keys():
relationships[column2][r['p']['value']]={}
relationships[column2][r['p']['value']]['name']='cp'
if r['p']['value'] not in relationships.keys():
relationships[r['p']['value']]={}
if r['d']['value'] not in relationships[r['p']['value']].keys():
relationships[r['p']['value']][r['d']['value']]={'name':'domain'}
#-----------------TODO: add to hypothesis-------------#
else:
ccClasses=Neo4jDrive.findCCNodes(column2)
buildString="("
for ii in ccClasses:
buildString+='<'+ii+'>,'
buildString=buildString[:-1]
buildString+=")"
if r['p']['value'] not in cache:
propertyUsage=sparqlQuerypy.findPropertyClassesSecond(r['p']['value'],buildString)
cache+=[r['p']['value']]
#bitmap[column1][column2][item][r['p']['value']]=0
for domain in (set([k['r']['value'] for k in propertyUsage]) & set(ccClasses)):
relationships[column1][column2][r['p']['value']]['name']='property'
if 'count' not in relationships[column1][column2][r['p']['value']].keys():
relationships[column1][column2][r['p']['value']]['count']=1.0
print "item and r['p']['value'], is", item,r['p']['value']
if bitmap[column1][column2][item][r['p']['value']]==0:
relationships[column1][column2][r['p']['value']]['count']+=1
bitmap[column1][column2][item][r['p']['value']]=1
print relationships[column1][column2][r['p']['value']]['count']
relationships[column1][column2][r['p']['value']]['dms']=relationships[column1][column2][r['p']['value']]['count']/totalSize*1.0
if r['p']['value'] not in relationships[column2].keys():
relationships[column2][r['p']['value']]={}
relationships[column2][r['p']['value']]['name']='cp'
if r['p']['value'] not in relationships.keys():
relationships[r['p']['value']]={}
if item not in relationships[r['p']['value']].keys():
relationships[r['p']['value']][domain]={'name':'domain'}
bitmap[column1][column2]=None
#-------------------------add to Hypothesis----------------------#
#-----------------Uploading to Neo4j----------------------------#
for i,column1 in enumerate(columnNames):
for j,column2 in enumerate(columnNames):
if column1==column2: continue
if column2 not in relationships[column1].keys(): continue
for rel in relationships[column1][column2].keys():
rel_data=Neo4jDrive.insertNodeAndRelationship(column1,rel,column2)[0]
rel_data.properties['type']='property'
rel_data.properties['name']=rel
if 'dms' in relationships[column1][column2][rel].keys():
rel_data.properties['dms']=relationships[column1][column2][rel]['dms']
else:
rel_data.properties['dms']=0
rel_data.push()
rel_data=Neo4jDrive.insertNodeAndRelationship(column2,'cp',rel)[0]
rel_data.properties['type']='cp'
rel_data.push()
for domain in relationships[rel].keys():
rel_data=Neo4jDrive.insertNodeAndRelationship(rel,'domain',domain)[0]
rel_data.properties['type']='domain'
rel_data.push()