def updateQuads(self, newGraphs):
newQuads = set.union(*newGraphs)
g = graphFromQuads(newQuads)
log.debug(f'{self.uri} update to {len(newQuads)} statements')
self.influx.exportToInflux(newQuads)
self.masterGraph.patchSubgraph(self.uri, g)
def updateQuads(self, newGraphs):
newQuads = set.union(*newGraphs)
g = graphFromQuads(newQuads)
log.debug(f'{self.uri} update to {len(newQuads)} statements')
for quad in newQuads:
meas = quad[0].split('/')[-1]
if meas.startswith('airQuality'):
where_prefix, type_ = meas[len('airQuality'):].split('door')
where = where_prefix + 'door'
metric = 'air'
tags = {'loc': where.lower(), 'type': type_.lower()}
val = quad[2].toPython()
if metric not in collectors:
collectors[metric] = Gauge(metric,
'measurement',
labelnames=tags.keys())
collectors[metric].labels(**tags).set(val)
self.masterGraph.patchSubgraph(self.uri, g)
def testNoticesDels(self):
g1 = graphFromQuads([stmt1])
g2 = ConjunctiveGraph()
p = Patch.fromDiff(g1, g2)
self.assertEqual(p.addQuads, [])
self.assertEqual(p.delQuads, [stmt1])
def testNonEmpty(self):
g1 = ConjunctiveGraph()
g2 = graphFromQuads([stmt1])
p = Patch.fromDiff(g1, g2)
self.assertTrue(p)
def delGraph(self):
if self._delGraph is None:
self._delGraph = graphFromQuads(self.delQuads)
return self._delGraph
def addGraph(self):
if self._addGraph is None:
self._addGraph = graphFromQuads(self.addQuads)
return self._addGraph