def addHost(host, env):
'''Imports the host and environment
'''
try:
h = Host.objects.get(fqdn=host)
if h.pk:
msg("Host " + host + " already exists")
return h
except:
pass
msg("importing new host " + host)
# Hardware Model
try:
tenv, tmodel = puppetProbe(host)
try:
hwm = HardwareModel.objects.get(name=tmodel)
except:
hwm = HardwareModel(name=tmodel, power_usage=300, size=1)
hwm.save()
except:
hwm = unknown
# Machine itself
t = classifier.guess(host)
try:
print "AI says " + t[0][0]
dc = DataCenter.objects.get(name=t[0][0])
except:
try:
dc = DataCenter(name=t[0][0])
dc.save()
except:
print "AI Error"
hw = Hardware(name="FIXME " + host, hardware_model=hwm)
hw.save()
h = Host(fqdn=host,
environment=Environment.objects.get(name=env.name),
owner=amo,
hardware=hw)
h.save()
return h
def addHost(host, env):
'''Imports the host and environment
'''
try:
h = Host.objects.get(fqdn = host)
if h.pk:
msg("Host " + host+ " already exists")
return h
except:
pass
msg("importing new host " + host)
# Hardware Model
try:
tenv, tmodel = puppetProbe(host)
try:
hwm = HardwareModel.objects.get(name = tmodel)
except:
hwm = HardwareModel(name = tmodel, power_usage=300, size=1)
hwm.save()
except:
hwm = unknown
# Machine itself
t = classifier.guess(host)
try:
print "AI says " + t[0][0]
dc = DataCenter.objects.get(name = t[0][0])
except:
try:
dc = DataCenter(name=t[0][0])
dc.save()
except:
print "AI Error"
hw = Hardware(name = "FIXME " + host, hardware_model = hwm)
hw.save()
h = Host(fqdn=host, environment=Environment.objects.get(name=env.name), owner=amo, hardware=hw )
h.save()
return h
msg("Starting Import")
for line in reader:
msg(" importing " + line[0])
name = line[0]
location = line[1]
fqdn = line[2]
rack = line[3]
ilo = line[4]
model = line[5]
serial = line[6]
# Test / Create Hardware Object
try:
hw = HardwareModel.objects.get(name = model)
except:
hw = HardwareModel(name = model, power_usage="300", size="1")
hw.save()
# Test / Create Datacenter Object
try:
dc = DataCenter.objects.get(name = location)
except:
dc = DataCenter(name=location)
dc.save()
# Test / Create Rack Object
try:
rack = Rack.objects.get(name = rack)
except:
rack = Rack(name = rack, datacenter = dc, size=42)
rack.save()
# URL
xmlurl = 'http://someurl/foo.xml'
# Test if essential link models exist
try:
dc = DataCenter.objects.get(name = 'JFA')
amo = Owner.objects.get(name = 'AMO Infrastructure')
except:
print("init failed, check DC 'JFA' and owner 'AMO Infrastructure' exists!")
sys.exit(1)
# Test / Create a unknown hardware type model which is used for unidentified equipment
try:
unknown = HardwareModel.objects.get(name = 'Unknown')
except:
unknown = HardwareModel(name = "Unknown", power_usage="300", size="1")
unknown.save()
# this is the important function for converting XML to list python object
def xml2obj(src):
"""
A simple function to converts XML data into native Python object.
"""
non_id_char = re.compile('[^_0-9a-zA-Z]')
def _name_mangle(name):
return non_id_char.sub('_', name)
class DataNode(object):
def __init__(self):
self._attrs = {} # XML attributes and child elements
self.data = None # child text data
msg("Starting Import")
for line in reader:
msg(" importing " + line[0])
name = line[0]
location = line[1]
fqdn = line[2]
rack = line[3]
ilo = line[4]
model = line[5]
serial = line[6]
# Test / Create Hardware Object
try:
hw = HardwareModel.objects.get(name=model)
except:
hw = HardwareModel(name=model, power_usage="300", size="1")
hw.save()
# Test / Create Datacenter Object
try:
dc = DataCenter.objects.get(name=location)
except:
dc = DataCenter(name=location)
dc.save()
# Test / Create Rack Object
try:
rack = Rack.objects.get(name=rack)
except:
rack = Rack(name=rack, datacenter=dc, size=42)
rack.save()
# URL
xmlurl = 'http://someurl/foo.xml'
# Test if essential link models exist
try:
dc = DataCenter.objects.get(name='JFA')
amo = Owner.objects.get(name='AMO Infrastructure')
except:
print("init failed, check DC 'JFA' and owner 'AMO Infrastructure' exists!")
sys.exit(1)
# Test / Create a unknown hardware type model which is used for unidentified equipment
try:
unknown = HardwareModel.objects.get(name='Unknown')
except:
unknown = HardwareModel(name="Unknown", power_usage="300", size="1")
unknown.save()
# this is the important function for converting XML to list python object
def xml2obj(src):
"""
A simple function to converts XML data into native Python object.
"""
non_id_char = re.compile('[^_0-9a-zA-Z]')
def _name_mangle(name):
return non_id_char.sub('_', name)
class DataNode(object):
def __init__(self):