def recursivelyAddNodesAndEdges(word, idx, entity, db, level):
if level == 3:
return
if not word.startswith('/c/'):
word = str('/c/en/') + word
u1 = getNodeFromDB(word, idx, db)
if word in words_dict:
return
try:
assertions = lookup(word)
for assertion in assertions:
relation = encode(assertion['rel'])
if relation == "/r/InstanceOf" or relation == "/r/IsA":
end = encode(assertion['end'])
if end == "/c/en/person":
return
for assertion in lookup(word):
startWord = encode(assertion['start'])
endWord = encode(assertion['end'])
if startWord == "" or endWord == "":
continue
if startWord.startswith('/c/en') and endWord.startswith('/c/en'):
otherWord = None
if startWord == word or wordMatchesWithoutPosTag(
startWord, word):
u2 = getNodeFromDB(endWord, idx, db)
otherWord = endWord
#entity.add(u2);
else:
u2 = u1
u1 = getNodeFromDB(startWord, idx, db)
otherWord = startWord
#entity.add(u1);
print otherWord, " added.., level=", level, "word=", word
# TODO: Add only unique relationships
u1.relationships.create(encode(assertion['rel']),
u2,
weight=assertion['weight'])
recursivelyAddNodesAndEdges(otherWord, idx, entity, db,
level + 1)
words_dict[word] = 1
except UnicodeDecodeError as ude:
print "UnicodeDecodeError found. Ignoring..."
def edges_for_uri(uri):
"""
This function replaces most functions in the old Web interface, as every
query to the API now returns a list of edges.
"""
uri = '/' + uri.rstrip('/')
edges = list(lookup(uri, limit=100))
seen_edges = {}
out_edges = []
caption = uri
for edge in edges:
switched = False
if edge['uri'] not in seen_edges:
url1 = WEB_ROOT+edge['start']
url2 = WEB_ROOT+edge['end']
edge['startName'] = uri2name(edge['start'])
edge['relName'] = uri2name(edge['rel'])
edge['endName'] = uri2name(edge['end'])
text = edge.get('surfaceText') or ''
if caption == uri and edge['start'] == uri:
caption = edge['startName']
if caption == uri and edge['end'] == uri:
caption = edge['endName']
## possible guess:
# "[[%s]] %s [[%s]]" %\
# (uri2name(edge['start']), uri2name(edge['rel']),
# uri2name(edge['end']))
linked1 = re.sub(r'\[\[([^\]]+)\]\]',
r'<a href="%s">\1</a>' % url1, text, count=1)
linked2 = re.sub(r'\[\[([^\]]+)\]\]',
r'<a href="%s">\1</a>' % url2, linked1, count=1)
edge['linked'] = linked2
out_edges.append(edge)
seen_edges[edge['uri']] = edge
else:
oldedge = seen_edges[edge['uri']]
oldedge['score'] += edge['score']
if not oldedge.get('linked'):
text = edge.get('surfaceText') or ''
url1 = WEB_ROOT+edge['start']
url2 = WEB_ROOT+edge['end']
linked1 = re.sub(r'\[\[([^\]]+)\]\]',
r'<a href="%s">\1</a>' % url1, text, count=1)
linked2 = re.sub(r'\[\[([^\]]+)\]\]',
r'<a href="%s">\1</a>' % url2, linked1, count=1)
oldedge['linked'] = linked2
if not edges:
return render_template('not_found.html', uri=uri, languages=LANGUAGES)
else:
return render_template('edges.html', uri=uri, caption=caption,
edges=out_edges, root=WEB_ROOT, languages=LANGUAGES)
def edges_for_uri(uri):
"""
This function replaces most functions in the old Web interface, as every
query to the API now returns a list of edges.
"""
uri = '/' + uri.rstrip('/')
edges = list(lookup(uri, limit=100))
seen_edges = {}
out_edges = []
caption = uri
for edge in edges:
switched = False
if edge['uri'] not in seen_edges:
url1 = WEB_ROOT+edge['start']
url2 = WEB_ROOT+edge['end']
edge['startName'] = uri2name(edge['start'])
edge['relName'] = uri2name(edge['rel'])
edge['endName'] = uri2name(edge['end'])
text = edge.get('surfaceText') or ''
if caption == uri and edge['start'] == uri:
caption = edge['startName']
if caption == uri and edge['end'] == uri:
caption = edge['endName']
## possible guess:
# "[[%s]] %s [[%s]]" %\
# (uri2name(edge['start']), uri2name(edge['rel']),
# uri2name(edge['end']))
linked1 = re.sub(r'\[\[([^\]]+)\]\]',
r'<a href="%s">\1</a>' % url1, text, count=1)
linked2 = re.sub(r'\[\[([^\]]+)\]\]',
r'<a href="%s">\1</a>' % url2, linked1, count=1)
edge['linked'] = linked2
out_edges.append(edge)
seen_edges[edge['uri']] = edge
else:
oldedge = seen_edges[edge['uri']]
oldedge['score'] += edge['score']
if not oldedge.get('linked'):
text = edge.get('surfaceText') or ''
url1 = WEB_ROOT+edge['start']
url2 = WEB_ROOT+edge['end']
linked1 = re.sub(r'\[\[([^\]]+)\]\]',
r'<a href="%s">\1</a>' % url1, text, count=1)
linked2 = re.sub(r'\[\[([^\]]+)\]\]',
r'<a href="%s">\1</a>' % url2, linked1, count=1)
oldedge['linked'] = linked2
if not edges:
return render_template('not_found.html', uri=uri, languages=LANGUAGES)
else:
return render_template('edges.html', uri=uri, caption=caption,
edges=out_edges, root=WEB_ROOT, languages=LANGUAGES)
def associatedWords(pattern, relations):
uri = "/c/{0}/{1}".format(default_language, pattern)
r = list(lookup(uri, limit=350))
CLOCK.time_step("lookup")
#for e in r:
# print(e['start'] + ' ' + e['rel'] + ' ' + e['end'])
res = []
for e in r:
if e['rel'] in relations:
cand = buildCandidate(pattern, e)
if cand != None and cand.tag != -1:
res.append(cand)
#for cand in res:
# print(cand.word + ' ' + str(cand.weight))
CLOCK.time_step("buildCandidate")
for cand in res:
cand.computeScore()
computeWeight(res)
res.sort(key=lambda x: x.score)
CLOCK.time_step("weights")
return {a.word for a in res}
def associatedWords(pattern,relations):
uri = "/c/{0}/{1}".format(default_language,pattern)
r = list(lookup(uri,limit=350))
CLOCK.time_step("lookup")
#for e in r:
# print(e['start'] + ' ' + e['rel'] + ' ' + e['end'])
res = []
for e in r:
if e['rel'] in relations:
cand = buildCandidate(pattern,e)
if cand != None and cand.tag != -1:
res.append(cand)
#for cand in res:
# print(cand.word + ' ' + str(cand.weight))
CLOCK.time_step("buildCandidate")
for cand in res:
cand.computeScore()
computeWeight(res)
res.sort(key = lambda x: x.score)
CLOCK.time_step("weights")
return {a.word for a in res}
