def test_single_not_matching_state(self):
fd = StringIO.StringIO('eth0:label="somestring"')
sr = StaticRules(fd=fd)
self.assertTrue(sr.load_and_parse())
sr.generate(self.state)
self.assertEqual(sr.rules, [])
def test_null(self):
fd = StringIO.StringIO('eth0:label="somestring"')
sr = StaticRules(fd=fd)
self.assertTrue(sr.load_and_parse())
sr.generate([])
self.assertEqual(sr.rules, [])
def test_single_label_matching(self):
fd = StringIO.StringIO('eth0:label="Ethernet1"')
sr = StaticRules(fd=fd)
self.assertTrue(sr.load_and_parse())
sr.generate(self.state)
self.assertEqual(
sr.rules,
[MACPCI("01:23:45:67:89:0a", "0000:00:01.0", tname="eth0")])
def test_single_ppn_slot_matching(self):
fd = StringIO.StringIO('eth0:ppn="p2p2"')
sr = StaticRules(fd=fd)
self.assertTrue(sr.load_and_parse())
sr.generate(self.state)
self.assertEqual(
sr.rules,
[MACPCI("04:23:45:67:89:0a", "0000:00:10.1", tname="eth0")])
def test_ppn_quirks(self):
# Test case taken from example on CA-75599
fd = StringIO.StringIO('eth0:ppn="em1"\n' 'eth1:ppn="em2"')
sr = StaticRules(fd=fd)
self.assertTrue(sr.load_and_parse())
sr.generate([
MACPCI("00:1E:67:31:59:89",
"0000:00:19.0",
kname="eth0",
ppn="em1",
label="Intel 82579LM VPRO"),
MACPCI("00:1E:67:31:59:88",
"0000:02:00.0",
kname="eth1",
ppn="em1",
label="Intel 82574L")
])
# The quirks test should kick in and prevent any ppn rules from
# being generated
self.assertEqual(sr.rules, [])
try:
current_state.append(
MACPCI(eth["Assigned MAC"],
eth["Bus Info"],
kname=eth["Kernel name"],
order=int(eth["BIOS device"]["all_ethN"][3:]),
ppn=eth["BIOS device"]["physical"],
label=eth.get("SMBIOS Label", "")))
except Exception, e:
LOG.error("Can't generate current state for interface '%s' - "
"%s" % (eth, e))
current_state.sort()
LOG.debug("Current state = %s" % (niceformat(current_state), ))
static_rules.generate(current_state)
dynamic_rules.generate(current_state)
static_eths = [x.tname for x in static_rules.rules]
last_boot = [x for x in dynamic_rules.rules if x.tname not in static_eths]
LOG.debug("StaticRules Formulae = %s" %
(niceformat(static_rules.formulae), ))
LOG.debug("StaticRules Rules = %s" % (niceformat(static_rules.rules), ))
LOG.debug("DynamicRules Lastboot = %s" % (niceformat(last_boot), ))
# Invoke the renaming logic
try:
transactions = rename(static_rules=static_rules.rules,
cur_state=current_state,
last_state=last_boot,