Python core.Observable类代码示例

 def __init__(self, count, field, allowOverrideField=False, maximumCount=None, suggestMode=None):
     Observable.__init__(self)
     self._count = count
     self._field = field
     self._suggestMode = suggestMode
     self._allowOverrideField = allowOverrideField
     self._maximumCount = maximumCount

 def __init__(self, name, settings, host=None, port=None, readonly=False, **kwargs):
     Observable.__init__(self, name=name)
     self._host, self._port = host, port
     self.settings = settings
     self._fieldRegistry = settings.fieldRegistry
     self._name = name
     self._readonly = readonly

    def testProvenance(self):
        observable = Observable()
        provenance = OaiProvenance(
            nsMap = {'oai_dc': "http://www.openarchives.org/OAI/2.0/"},
            baseURL = ('meta', '/meta/repository/baseurl/text()'),
            harvestDate = ('meta', '/meta/repository/harvestDate/text()'),
            metadataNamespace = ('meta', '/meta/repository/metadataNamespace/text()'),
            identifier = ('header','/oai_dc:header/oai_dc:identifier/text()'),
            datestamp = ('header', '/oai_dc:header/oai_dc:datestamp/text()')
        )
        observable.addObserver(provenance)
        observer = MockStorage()
        provenance.addObserver(observer)

        result = asString(observable.any.provenance("recordId"))
        self.assertEqualsWS("""<provenance xmlns="http://www.openarchives.org/OAI/2.0/provenance"
  xmlns:xsi="http://www.w3.org/2001/XMLSchema-instance"
  xsi:schemaLocation="http://www.openarchives.org/OAI/2.0/provenance
                      http://www.openarchives.org/OAI/2.0/provenance.xsd">

<originDescription harvestDate="HARVESTDATE" altered="true">
  <baseURL>BASEURL</baseURL>
  <identifier>recordId</identifier>
  <datestamp>DATESTAMP</datestamp>
  <metadataNamespace>METADATANAMESPACE</metadataNamespace>
</originDescription>
</provenance>""", result)

 def __init__(self, reactor, conversion=None, **kwargs):
     Observable.__init__(self, **kwargs)
     self._conversion = Conversion() if conversion is None else conversion
     self._dynamicHtml = DynamicHtml([dynamicPath],
             reactor=reactor,
             notFoundPage='notFound',
             additionalGlobals={
                 'VERSION': version,
                 'allCoreInfo': self._allCoreInfo,
                 'parseCql': parseString,
                 'cqlToExpression': cqlToExpression,
                 'cql2string': cql2string,
                 'dumps': dumps,
             }
         )
     self._internalTree = be((Observable(),
         (PathFilter('/', excluding=['/static', '/version']),
             (self._dynamicHtml,)
         ),
         (PathFilter('/static'),
             (PathRename(lambda path: path[len('/static'):]),
                 (FileServer(staticPath),)
             )
         ),
         (PathFilter('/version'),
             (StringServer("Meresco Lucene version %s" % version, ContentTypePlainText),)
         ),
     ))

    def testOne(self):
        observable = Observable()
        bitMatrixRow = CallTrace('BitMatrixRow')
        multi = MultiLevelDrilldown(
            {'date':[('datelevel1', 10, False)]}
        )
        drilldown = CallTrace('Drilldown')
        def dd(*args, **kwargs):
            raise StopIteration(iter([('datelevel1', iter([('2008',13),('2007',10)]))]))
            yield
        drilldown.methods['drilldown'] = dd
        multi.addObserver(drilldown)
        observable.addObserver(multi)

        result = list(compose(observable.call.multiLevelDrilldown(bitMatrixRow, ['date'])))

        self.assertEquals(1, len(drilldown.calledMethods))
        drilldownMethod = drilldown.calledMethods[0]
        self.assertEquals('drilldown', drilldownMethod.name)
        self.assertEquals((bitMatrixRow, [('datelevel1', 10, False)]), drilldownMethod.args)
        self.assertEquals(1, len(result))
        (inputFieldName, realFieldName), termCounts = result[0]
        self.assertEquals('date', inputFieldName)
        self.assertEquals('datelevel1', realFieldName)
        self.assertEquals([('2008',13),('2007',10)], list(termCounts))

 def __init__(self, host=None, port=None, core=None):
     Observable.__init__(self)
     self._host = host
     self._port = port
     self._core = core
     if core is not None:
         self.observable_name = lambda: core

    def testRemoteExecuteQuery(self):
        http = CallTrace('http')
        def httppost(*args, **kwargs):
            raise StopIteration('HTTP/1.0 200 Ok\r\n\r\n%s' % LuceneResponse(total=5, hits=[Hit("1"), Hit("2"), Hit("3", duplicateCount=2), Hit("4"), Hit("5")]).asJson())
            yield
        http.methods['httppost'] = httppost
        remote = LuceneRemote(host='host', port=1234, path='/path')
        observable = Observable()
        observable.addObserver(remote)
        remote._httppost = http.httppost

        cq = ComposedQuery('coreA')
        cq.setCoreQuery(
                core='coreA',
                query=parseString('query AND  field=value'),
                filterQueries=[parseString('query=fiets')],
                facets=[{'fieldname': 'field', 'maxTerms':5}],
            )
        cq.setCoreQuery(core='coreB', query=parseString('query=test'))
        cq.addMatch(dict(core='coreA', uniqueKey='keyA'), dict(core='coreB', key='keyB'))
        result = returnValueFromGenerator(observable.any.executeComposedQuery(query=cq))
        self.assertEquals(5, result.total)
        self.assertEquals([Hit("1"), Hit("2"), Hit("3", duplicateCount=2), Hit("4"), Hit("5")], result.hits)

        self.assertEquals(['httppost'], http.calledMethodNames())
        m = http.calledMethods[0]
        self.assertEquals('host', m.kwargs['host'])
        self.assertEquals(1234, m.kwargs['port'])
        self.assertEquals('/path/__lucene_remote__', m.kwargs['request'])
        self.assertEquals('application/json', m.kwargs['headers']['Content-Type'])
        message, kwargs = Conversion().jsonLoadMessage(m.kwargs['body'])
        query = kwargs['query']
        self.assertEquals('executeComposedQuery', message)
        self.assertEquals('coreA', query.resultsFrom)
        self.assertEquals([{'fieldname': 'field', 'maxTerms':5}], query.facetsFor('coreA'))

 def __init__(self, host=None, port=None, path=None, name=None, conversion=None):
     Observable.__init__(self, name=name)
     self._host = host
     self._port = port
     self._path = '' if path is None else path
     self._path += '/__lucene_remote__'
     self._conversion = Conversion() if conversion is None else conversion

 def __init__(self, searchApiBaseUrl='https://api.histograph.io/search', **kwargs):
     Observable.__init__(self, **kwargs)
     parsedUrl = parseAbsoluteUrl(searchApiBaseUrl)
     self._host = parsedUrl.host
     self._port = parsedUrl.port
     self._path = parsedUrl.path
     self._ssl = (parsedUrl.scheme == 'https')

 def __init__(self, reactor, host=None, port=None, period=None, verbose=None, prio=None, name=None, err=None, autoStart=True, schedule=None, retryAfterErrorTime=30, compress=True):
     Observable.__init__(self, name=name)
     self._reactor = reactor
     self._host = host
     self._port = port
     self._schedule = schedule
     if schedule is None:
         if period is None:
             period = 1
         else:
             warn("Please use schedule instead of period.", DeprecationWarning) # since 2013-02-20
         self._schedule = Schedule(period=period)
     elif not period is None:
         raise ValueError("Using both schedule and period is invalid")
     self._prio = prio
     self._err = err or sys.stderr
     self._paused = not autoStart
     self._currentTimer = None
     self._currentProcess = None
     self._sok = None
     self._errorState = None
     self._retryAfterErrorTime = retryAfterErrorTime
     self._compress = compress
     if autoStart and (not self._host or not self._port):
         raise ValueError("Unless autoStart is set to False host and port need to be specified.")
     if verbose in [True, False]:
         warn('Verbose flag is deprecated', DeprecationWarning)

 def __init__(self, partName, namespace=None):
     Observable.__init__(self)
     if not correctNameRe.match(partName):
         raise Fields2XmlException('Invalid name: "%s"' % partName)
     self._identifier = None
     self._partName = partName
     self._namespace = namespace

 def __init__(self, serviceIdentifier, periodicDownloadName, sourceServiceType, sourceServiceIdentifier=None, pollIntervalConfigSelector=None, name=None, **kwargs):
     Observable.__init__(self, name)
     self._serviceIdentifier = serviceIdentifier
     self._periodicDownloadName = periodicDownloadName
     self._pollIntervalConfigSelector = pollIntervalConfigSelector or oaiDownloadConfigSelector
     self._sourceServiceType = sourceServiceType
     self._sourceServiceIdentifier = sourceServiceIdentifier
     self._extraKwargs = kwargs

 def __init__(self, allowed=None, disallowed=None, **kwargs):
     Observable.__init__(self, **kwargs)
     if allowed and not disallowed:
         self._allowedMessage = lambda message: message in allowed
     elif disallowed and not allowed:
         self._allowedMessage = lambda message: message not in disallowed
     else:
         raise ValueError('Use disallowed or allowed')

 def __init__(self, included=None, excluded=None):
     Observable.__init__(self)
     if included and excluded or not (included or excluded):
         raise ValueError("Use included OR excluded")
     if included:
         self._allowed = lambda name: name in included
     else:
         self._allowed = lambda name: not name in excluded

 def __init__(self, attributeXpaths=None, namespaceMap=None, sendAsList=False, namespaces=None):
     Observable.__init__(self)
     self._attributeXpaths = attributeXpaths or []
     self._sendAsList = sendAsList
     if namespaceMap:
         warn("Please use 'namespaces=...'", DeprecationWarning)
         namespaces=namespaceMap
     self.xpath = _namespaces.copyUpdate(namespaces or {}).xpath