def __init__(self, context, querier, p2pquerier):
athena.LivePage.__init__(self)
# NOTE: At the time this comment is written, athena/LivePages are handled
# differently in nevow SVN. It's now possible to insantiate directly
# LivePage instances (which is great !), so we'll have to change
# the implementation for next nevow release.
self.querier = querier
self.p2pquerier = p2pquerier
self.query = Query.fromContext(context)
self.offset = self.query.offset
self.onlyLocal = False
self.onlyDistant = False
# push local results once for all
if len(inevow.IRemainingSegments(context)) < 2:
# only store abstracts in the results table
results = []
for localDoc in querier.findDocuments(self.query):
localDoc.text = makeAbstract(localDoc.text, self.query.words)
results.append(localDoc)
webappConfig = INodeConfiguration(context)
p2pQuery = P2pQuery(sender=webappConfig.get_node_id(),
query=self.query)
self.qid = p2pQuery.qid
self.p2pQuery = p2pQuery
# purge old results
self.querier.purgeOldResults()
provider = (NODE_LOGIN, NODE_CONFIG.get_node_id(), 'localhost', 0)
self.querier.pushDocuments(self.qid, results, provider)
self.results = self.querier.getQueryResults(self.query)
def setUp(self):
self.querier = P2pQuerier('0'*40, None)
self.query = P2pQuery(sender='http://localhost:3423',
client_port=3423,
client_host='1.2.3.4',
ttl=2,
query=Query.fromRawQuery("foo"))
def testTwoWordsRestrictedQueryAndOffset(self):
query = Query.fromRawQuery(u"hello filetype:pdf world", 12)
self.assertEquals(query.words, u"hello world")
# excplitly check for unicode-ness ('hello' == u'hello')
self.assertEquals(type(query.words), unicode)
self.assertEquals(query.filename, None)
self.assertEquals(query.filetype, "application/pdf")
self.assertEquals(query.offset, 12)
def testBasicQueryWithSeveralWords(self):
query = Query.fromRawQuery(u"hello world")
self.assertEquals(query.words, u"hello world")
# excplitly check for unicode-ness ('hello' == u'hello')
self.assertEquals(type(query.words), unicode)
self.assertEquals(query.filename, None)
self.assertEquals(query.filetype, None)
self.assertEquals(query.offset, 0)
def child_download(self, context):
docid = context.arg('docid')
query = Query.fromRawQuery(unicode(context.arg('words'), 'utf-8'))
docurl = self.querier.notifyDownload(docid, query.words)
if docurl:
return static.File(docurl)
else:
return Maay404()
def testTwoWordsRestrictedQueryAndOffset(self):
query = Query.fromRawQuery(u"hello filetype:pdf world", 12)
self.assertEquals(query.words, u"hello world")
# excplitly check for unicode-ness ('hello' == u'hello')
self.assertEquals(type(query.words), unicode)
self.assertEquals(query.filename, None)
self.assertEquals(query.filetype, 'application/pdf')
self.assertEquals(query.offset, 12)
def testOneWordRestrictedQuery(self):
query = Query.fromRawQuery(u"hello filetype:pdf")
self.assertEquals(query.words, u"hello")
# excplitly check for unicode-ness ('hello' == u'hello')
self.assertEquals(type(query.words), unicode)
self.assertEquals(query.filename, None)
self.assertEquals(query.filetype, 'application/pdf')
self.assertEquals(query.offset, 0)
def testBasicQueryWithSeveralWords(self):
query = Query.fromRawQuery(u"hello world")
self.assertEquals(query.words, u"hello world")
# excplitly check for unicode-ness ('hello' == u'hello')
self.assertEquals(type(query.words), unicode)
self.assertEquals(query.filename, None)
self.assertEquals(query.filetype, None)
self.assertEquals(query.offset, 0)
def child_download(self, context):
docid = context.arg('docid')
query = Query.fromRawQuery(unicode(context.arg('words'), 'utf-8'))
docurl = self.querier.notifyDownload(docid, query.words)
if docurl:
return static.File(docurl)
else:
return Maay404()
def testBasicQuery(self):
query = Query.fromRawQuery(u"hello")
self.assertEquals(query.words, [u"hello"])
# excplitly check for unicode-ness ('hello' == u'hello')
self.assertEquals(type(query.words), list)
self.assertEquals(type(query.words[0]), unicode)
self.assertEquals(query.filename, None)
self.assertEquals(query.filetype, None)
self.assertEquals(query.offset, 0)
def testBasicQuery(self):
query = Query.fromRawQuery(u"hello")
self.assertEquals(query.words, [u"hello"])
# excplitly check for unicode-ness ('hello' == u'hello')
self.assertEquals(type(query.words), list)
self.assertEquals(type(query.words[0]), unicode)
self.assertEquals(query.filename, None)
self.assertEquals(query.filetype, None)
self.assertEquals(query.offset, 0)
def testOneWordRestrictedQuery(self):
query = Query.fromRawQuery(u"hello filetype:pdf")
self.assertEquals(query.words, [u"hello"])
# excplitly check for unicode-ness ('hello' == u'hello')
self.assertEquals(type(query.words), list)
self.assertEquals(type(query.words[0]), unicode)
self.assertEquals(query.filename, None)
self.assertEquals(query.filetype, 'application/pdf')
self.assertEquals(query.offset, 0)
def testTwoWordsRestrictedQuery(self):
query = Query.fromRawQuery(u"hello filetype:pdf world")
self.assertEquals(query.words, [u"hello", u"world"])
# excplitly check for unicode-ness ('hello' == u'hello')
self.assertEquals(type(query.words), list)
self.assertEquals(type(query.words[0]), unicode)
self.assertEquals(type(query.words[1]), unicode)
self.assertEquals(query.filename, None)
self.assertEquals(query.filetype, 'application/pdf')
self.assertEquals(query.offset, 0)
def testMimeTypeNormalization(self):
query = Query.fromRawQuery(u"hello filetype:pdf world", 12)
self.assertEquals(query.filetype, 'application/pdf')
query.filetype = 'text/x-python'
self.assertEquals(query.filetype, 'text/x-python')
query.filetype = ''
self.assertEquals(query.filetype, None)
query.filetype = 'pdf'
self.assertEquals(query.filetype, 'application/pdf')
query.filetype = None
self.assertEquals(query.filetype, None)
def testMimeTypeNormalization(self):
query = Query.fromRawQuery(u"hello filetype:pdf world", 12)
self.assertEquals(query.filetype, 'application/pdf')
query.filetype = 'text/x-python'
self.assertEquals(query.filetype, 'text/x-python')
query.filetype = ''
self.assertEquals(query.filetype, None)
query.filetype = 'pdf'
self.assertEquals(query.filetype, 'application/pdf')
query.filetype = None
self.assertEquals(query.filetype, None)
def child_search(self, context):
# query = unicode(context.arg('words'))
offset = int(context.arg('offset', 0))
words = context.arg('words')
if not words:
query = Query.fromRawQuery('')
return FACTORY.getLivePage(context)
rawQuery = unicode(context.arg('words'), 'utf-8')
query = Query.fromRawQuery(rawQuery, offset)
localResults = self.querier.findDocuments(query)
# self._askForPeerResults(query, context)
resultsPage = FACTORY.clientFactory(context, self.maayId, localResults, query, offset)
#######################
webappConfig = IServerConfiguration(context)
p2pQuery = P2pQuery(webappConfig.get_node_id(),
webappConfig.rpcserver_port,
query)
self.p2pquerier.sendQuery(p2pQuery)
#######################
self.p2pquerier.addAnswerCallback(p2pQuery.qid, resultsPage.onNewResults)
return resultsPage
def child_search(self, context):
# query = unicode(context.arg('words'))
offset = int(context.arg('offset', 0))
words = context.arg('words')
if not words:
query = Query.fromRawQuery('')
return FACTORY.getLivePage(context)
rawQuery = unicode(context.arg('words'), 'utf-8')
query = Query.fromRawQuery(rawQuery, offset)
localResults = self.querier.findDocuments(query)
# self._askForPeerResults(query, context)
resultsPage = FACTORY.clientFactory(context, self.maayId, localResults,
query, offset)
#######################
webappConfig = IServerConfiguration(context)
p2pQuery = P2pQuery(webappConfig.get_node_id(),
webappConfig.rpcserver_port, query)
self.p2pquerier.sendQuery(p2pQuery)
#######################
self.p2pquerier.addAnswerCallback(p2pQuery.qid,
resultsPage.onNewResults)
return resultsPage
def testComplexQueryAsKwargs(self):
query = P2pQuery(sender='http://localhost:3423',
port=3423,
ttl=2,
query=Query.fromRawQuery("foo bar filetype:pdf"),
qid=42)
self.assertEquals(
query.asKwargs(), {
'qid': 42,
'sender': 'http://localhost:3423',
'port': 3423,
'ttl': 2,
'words': 'foo bar',
'mime_type': 'application/pdf'
})
def testComplexQueryAsKwargs(self):
query = P2pQuery(sender='http://localhost:3423',
client_port = 3423,
client_host = '1.2.3.4',
ttl=2,
query=Query.fromRawQuery("foo bar filetype:pdf"),
qid=42)
self.assertEquals(query.asKwargs(),
{'qid' : 42,
'sender' : 'http://localhost:3423',
'client_port' : 3423,
'client_host' : '1.2.3.4',
'ttl' : 2,
'words' : [u'foo', u'bar'],
'version' : 2,
'mime_type' : 'application/pdf'})
def fromDict(dic):
"""dual of asKwargs"""
if not compatible(P2pQuery._version, dic['version']):
print "******* Query Version Mismatch ********"
print "(we don't understand queries version %s)" % dic['version']
raise QueryVersionMismatch(query_version=dic['version'],
local_version=P2pQuery._version)
_query = Query(' '.join(dic['words']),
filetype=dic['mime_type'],
qid=dic['qid'])
p2pquery = P2pQuery(sender=dic['sender'],
client_host=dic['client_host'],
client_port=dic['client_port'],
ttl=dic['ttl'],
query=_query)
return p2pquery
def xmlrpc_distributedQuery(self, queryDict):
"""On node has sent a query (P2pQuerier.sendQuery)
"""
print "MaayRPCServer distributedQuery : %s " % queryDict
query = P2pQuery(sender=queryDict['sender'],
port=queryDict['port'],
query=Query(queryDict['words'],
filetype=queryDict['mime_type']),
ttl=queryDict['ttl'],
qid=queryDict['qid'],
host = self._lastClient.host)
querier = self._sessions[ANONYMOUS_AVATARID]
querier.registerNode(query.sender, query.host, query.port)
# schedule the query for later processing and return immediately
# this enables the sender to query several nodes in a row
d = reactor.callLater(.01, self.getP2pQuerier().receiveQuery, query)
return self.nodeId
def setUp(self):
self.query = P2pQuery(sender='http://localhost:3423', # a hash in real life
client_port=3423,
client_host='1.2.3.4',
query=Query.fromRawQuery("foo"),
qid=42)
def setUp(self):
self.query = P2pQuery(
sender='http://localhost:3423', # should be a hash (auc)
port=3423,
query=Query.fromRawQuery("foo"),
qid=42)
