def setUp(self):
self.logbuf = StringIO.StringIO()
openLog(self.logbuf, logging.NOTSET)
self.state = [
MACPCI("01:23:45:67:89:0a",
"0000:00:01.0",
kname="side-11-eth2",
ppn="p1p1",
label="Ethernet1"),
MACPCI("03:23:45:67:89:0a",
"0000:00:10.0",
kname="side-12-eth34",
ppn="p2p1",
label=""),
MACPCI("03:23:45:67:89:0a",
"0000:00:02.0",
kname="side-4-eth23",
ppn="em1",
label=""),
MACPCI("04:23:45:67:89:0a",
"0000:00:10.1",
kname="side-123-eth23",
ppn="p2p2",
label="")
]
def setUp(self):
"""
Set up a lot of MACPCI objects.
This reflection magic creates many self.cXXX objects where XXX
represents the indicies of mac, pci and eth names.
e.g. self.c123 means the 1st mac, 2nd pci and 3rd eth
self.c221 means the 2nd mac, 2nd pci and 1st eth
In addition, set up equivelent self.sXXX objects which have a kname
set to None and a tname set to the 'eth'
"""
self.siobuff = StringIO.StringIO()
openLog(self.siobuff)
macs = ["ab:cd:ef:01:23:45", "02:46:8A:CE:15:79", "ab:ba:ab:ba:ab:ba"]
pcis = ["0000:00:00.1", "0000:00:00.2", "0001:00:00.2"]
eths = ["eth1", "eth2", "eth3"]
for (mn, m) in enumerate(macs):
for (pn, p) in enumerate(pcis):
for (en, e) in enumerate(eths):
setattr(self, "c%d%d%d" % (mn+1, pn+1, en+1),
MACPCI(m, p, e, None))
setattr(self, "s%d%d%d" % (mn+1, pn+1, en+1),
MACPCI(m, p, None, e))
def main(args):
results = {}
dests = []
ui = None
xelogging.openLog('/dev/tty3')
if len(args) == 0:
ui = tui
else:
dests = args
if ui:
ui.init_ui()
results['network-hardware'] = netutil.scanConfiguration()
local_dest = lambda a: a['dest-media'] == 'local'
remote_dest = lambda a: a['dest-media'] != 'local'
seq = [
uicontroller.Step(select_report_media),
uicontroller.Step(tui.network.requireNetworking,
predicates=[remote_dest]),
uicontroller.Step(get_local_disk, predicates=[local_dest]),
uicontroller.Step(select_report_dest),
]
rc = uicontroller.runSequence(seq, results)
if rc == uicontroller.RIGHT_FORWARDS:
xelogging.log("ANSWERS DICTIONARY:")
xelogging.log(str(results))
if results['dest-media'] == 'local':
dests.append("dev://" + results['dest-address'])
elif results['dest-media'] == 'ftp':
dests.append(results['dest-address'])
elif results['dest-media'] == 'nfs':
dests.append("nfs://" + results['dest-address'])
# create tarball
collectLogs('/tmp', '/tmp')
report_saved = False
for dest in dests:
xelogging.log("Saving report to: " + dest)
try:
a = xcp.accessor.createAccessor(dest, False)
a.start()
fh = open('/tmp/support.tar.bz2')
a.writeFile(fh, 'support.tar.bz2')
fh.close()
a.finish()
report_saved = True
except Exception, e:
xelogging.log("Failed: " + str(e))
report_saved = False
def main(args):
results = {}
dests = []
ui = None
xelogging.openLog('/dev/tty3')
if len(args) == 0:
ui = tui
else:
dests = args
if ui:
ui.init_ui()
results['network-hardware'] = netutil.scanConfiguration()
local_dest = lambda a: a['dest-media'] == 'local'
remote_dest = lambda a: a['dest-media'] != 'local'
seq = [
uicontroller.Step(select_report_media),
uicontroller.Step(tui.network.requireNetworking, predicates = [remote_dest]),
uicontroller.Step(get_local_disk, predicates = [local_dest]),
uicontroller.Step(select_report_dest),
]
rc = uicontroller.runSequence(seq, results)
if rc == uicontroller.RIGHT_FORWARDS:
xelogging.log("ANSWERS DICTIONARY:")
xelogging.log(str(results))
if results['dest-media'] == 'local':
dests.append("dev://" + results['dest-address'])
elif results['dest-media'] == 'ftp':
dests.append(results['dest-address'])
elif results['dest-media'] == 'nfs':
dests.append("nfs://" + results['dest-address'])
# create tarball
collectLogs('/tmp', '/tmp')
report_saved = False
for dest in dests:
xelogging.log("Saving report to: " + dest)
try:
a = xcp.accessor.createAccessor(dest, False)
a.start()
fh = open('/tmp/support.tar.bz2')
a.writeFile(fh, 'support.tar.bz2')
fh.close()
a.finish()
report_saved = True
except Exception, e:
xelogging.log("Failed: " + str(e))
report_saved = False
def setUp(self):
self.logbuf = StringIO.StringIO()
openLog(self.logbuf, logging.NOTSET)
def setUp(self):
self.siobuff = StringIO.StringIO()
openLog(self.siobuff, logging.NOTSET)
