def setUp(self):
cfg = getconfig()
self.tmpdir = cfg["tmpdir"][3:]
self.cacheloc = os.path.join(self.tmpdir, "cache", "unittest-cache")
self.pipe = get_default_pipeline()
self.pipe.set_skipstages(["KalmanStage","DrawStage"])
output = self.pipe.run(get_compress_input())
ca = Cache(self.cacheloc)
ca.write(output)
def setUp(self):
cfg = getconfig()
self.tmpdir = cfg["tmpdir"][3:]
self.cacheloc = os.path.join(self.tmpdir, "cache", "unittest-cache")
self.pipe = get_default_pipeline()
self.pipe.set_skipstages(["KalmanStage", "DrawStage"])
output = self.pipe.run(get_compress_input())
ca = Cache(self.cacheloc)
ca.write(output)
def test_cache(self):
ca = Cache(self.cacheloc)
self.assertIsNone(ca.getstatus())
content = set(ca.getcontents())
for i in xrange(3):
self.assertIn("hv.%d" % i, content)
for i in xrange(1, 30):
for base in [("cloud%d.iostat.disk.write_requests" % i),
("cloud%d.iostat.disk.read_requests" % i)]:
self.assertIn(base + ".spikes", content)
self.assertIn(base + ".smooth", content)
def test_cache(self):
ca = Cache(self.cacheloc)
self.assertIsNone(ca.getstatus())
content = set(ca.getcontents())
for i in xrange(3):
self.assertIn("hv.%d" % i, content)
for i in xrange(1, 30):
for base in [
("cloud%d.iostat.disk.write_requests" % i),
("cloud%d.iostat.disk.read_requests" % i)]:
self.assertIn(base + ".spikes", content)
self.assertIn(base + ".smooth", content)
narr = str(n[0][0]).split("-")
tsnames.append(narr[1] + "." + narr[0])
input['ts_names'] = tsnames
output = pipeline.run(input)
W = output['projection']
num_hvs = output['maxhvs']
index = 0
#dumpoutput = [[[],[],[],darr] for darr in output['data'].T]
dumpoutput = output['data']
origoutput = output['data']
output['data'] = dumpoutput
outdir = "../etc/tmp/cache/abilene"
cache = Cache(outdir)
cache.write(output)
output['data'] = origoutput
#plot all timeseries
#for i in numpy.arange(num_nodes):
# pylab.clf()
# pylab.plot(numpy.arange(X[:,i].size)+1,X[:,i])
# pylab.title("Plot of node flow " + str(i))
# pylab.savefig(os.path.join('../etc/tmp/abilene_scatter',str(i)+".png"))
fig = pylab.figure()
fig.subplots_adjust(left=0.15)
ax = fig.add_subplot(111)
MSIZE = 7
narr = str(n[0][0]).split("-")
tsnames.append(narr[1] + "." + narr[0])
input['ts_names'] = tsnames
output = pipeline.run(input)
W = output['projection']
num_hvs = output['maxhvs']
index = 0
#dumpoutput = [[[],[],[],darr] for darr in output['data'].T]
dumpoutput = output['data']
origoutput = output['data']
output['data'] = dumpoutput
outdir = "../etc/tmp/cache/abilene"
cache = Cache(outdir)
cache.write(output)
output['data'] = origoutput
#plot all timeseries
#for i in numpy.arange(num_nodes):
# pylab.clf()
# pylab.plot(numpy.arange(X[:,i].size)+1,X[:,i])
# pylab.title("Plot of node flow " + str(i))
# pylab.savefig(os.path.join('../etc/tmp/abilene_scatter',str(i)+".png"))
fig = pylab.figure()
fig.subplots_adjust(left=0.15)
ax = fig.add_subplot(111)
MSIZE = 7
sys.path.append(os.path.abspath("ganglia"))
from cmuserver import start_rrdserve
from cmurrd import get_cmu
def startserver(serverref,*args):
#start the RRD server
start_rrdserve(get_cmu(),serverref=serverref)
t = Thread(None, startserver, "Server", (serverref,None))
t.start()
#potentially flaky. Won't work on Windows, but neither will rrdtool at the moment
myip = commands.getoutput("ifconfig").split("\n")[1].split()[1].split(":")[1]
pipe = get_default_pipeline(host=myip)
except:
traceback.print_exc()
#note: if RRDtool is not available on this machine this can be pointed to a remote host
pipe = get_default_pipeline(host="172.19.149.159")
input = dict()
input["hosts"] = ["CMU-West", "LocalMachine", "NewYork", "PSU", "QatarExternal", "Qatar"]
input["start"] = "2011/12/28-15:00:00"
input["end"] = "2012/1/18-18:50:00"
input["metrics"] = ["median"]
output = pipe.run(input)
cache = Cache("../etc/tmp/cache/cmu-dot-net")
cache.write(output)
server = serverref["server"]
if server is not None:
server.shutdown()
sys.exit(1)