def test_collect_disk_whitelist(self):
s = Statser()
if platform.system() == "Windows":
d = "PhysicalDrive0"
else:
d = "sda1"
s.collect_disk_io([d])
self.assertTrue(s.db)
for e in s.db:
# make sure that every entry has only sda1 in the name
self.assertTrue(d in e["name"])
def test_collect_disk_whitelist(self):
s = Statser()
if platform.system() == "Windows":
d = "PhysicalDrive0"
else:
d = "sda1"
s.collect_disk_io([d])
self.assertTrue(s.db)
for e in s.db:
# make sure that every entry has only sda1 in the name
self.assertTrue(d in e["name"])
def test_collect_network_whitelist(self):
s = Statser()
needle="lo"
if platform.system() == "Windows":
lo=["MS TCP Loopback interface","Loopback Pseudo-Interface 1"]
needle="Loopback"
else:
lo="lo"
s.collect_network_io(lo)
self.assertTrue(s.db)
for e in s.db:
self.assertTrue(needle in e["name"])
def test_collect_network_whitelist(self):
s = Statser()
needle = "lo"
if platform.system() == "Windows":
lo = ["MS TCP Loopback interface", "Loopback Pseudo-Interface 1"]
needle = "Loopback"
else:
lo = "lo"
s.collect_network_io(lo)
self.assertTrue(s.db)
for e in s.db:
self.assertTrue(needle in e["name"])
def test_collect_disk_usage_root(self):
"""
test both, translation of the name / to root and the whitelist
"""
s = Statser()
needle="root"
if platform.system() == "Windows":
s.collect_disk_usage("C:\\\\")
needle="C"
else:
s.collect_disk_usage("/")
self.assertTrue(s.db)
for e in s.db:
self.assertTrue(needle in e["name"])
def test_collect_disk_usage_root(self):
"""
test both, translation of the name / to root and the whitelist
"""
s = Statser()
needle = "root"
if platform.system() == "Windows":
s.collect_disk_usage("C:\\\\")
needle = "C"
else:
s.collect_disk_usage("/")
self.assertTrue(s.db)
for e in s.db:
self.assertTrue(needle in e["name"])
def test_collect_network(self):
s = Statser()
s.collect_network_io()
self.assertTrue(s.db)
def test_collect_all(self):
s = Statser()
s.collect_all()
self.assertTrue(s.db)
def test_clean(self):
a = Statser()
a.add_data("aids","balls")
a.clean_db()
self.assertFalse(a.db)
def test_collect_disk(self):
s = Statser()
s.collect_disk_io()
self.assertTrue(s.db)
def test_collect_uptime(self):
s = Statser()
s.collect_uptime()
self.assertTrue(s.db)
def test_collect_cpu_times(self):
s = Statser()
s.collect_cpu_times()
self.assertTrue(s.db)
def test_collect_cpu_times(self):
s = Statser()
s.collect_cpu_times()
self.assertTrue(s.db)
def test_collect_network(self):
s = Statser()
s.collect_network_io()
self.assertTrue(s.db)
def test_clean(self):
a = Statser()
a.add_data("aids", "balls")
a.clean_db()
self.assertFalse(a.db)
def test_add_data(self):
a = Statser()
a.add_data("aids", "balls")
self.assertTrue(a.db)
self.assertEqual(a.db[0]["name"], "aids")
self.assertEqual(a.db[0]["data"], "balls")
def test_collect_cpu_times(self):
s = Statser()
s.collect_cpu_times([0])
self.assertTrue(s.db)
for e in s.db:
self.assertTrue("cpu0" in e["name"])
def test_collect_uptime(self):
s = Statser()
s.collect_uptime()
self.assertTrue(s.db)
def test_collect_cpu_times(self):
s = Statser()
s.collect_cpu_times([0])
self.assertTrue(s.db)
for e in s.db:
self.assertTrue("cpu0" in e["name"])
def test_collect_disk(self):
s = Statser()
s.collect_disk_io()
self.assertTrue(s.db)
def test_collect_virtmem(self):
s = Statser()
s.collect_virtmem_usage()
self.assertTrue(s.db)
def test_collect_virtmem(self):
s = Statser()
s.collect_virtmem_usage()
self.assertTrue(s.db)
def test_collect_all(self):
s = Statser()
s.collect_all()
self.assertTrue(s.db)
def test_add_data(self):
a = Statser()
a.add_data("aids","balls")
self.assertTrue(a.db)
self.assertEqual(a.db[0]["name"],"aids")
self.assertEqual(a.db[0]["data"],"balls")