def generate_hosts(hosts_file=DEFAULT_HOSTS_FILE):
host_list = parse_hosts_file(hosts_file)[1]
group_names = ["cloud_vms"]
root = zxml.root()
for group_name in group_names:
root.find("groups").append(zxml.group(group_name))
for host_ip in host_list:
host_name = host_list[host_ip]
# Determine the Zabbix template type by removing the numbers from
# the hostname.
base_name = re.split(r'(\d+)', host_name)[0]
template = "cloud_vm_" + base_name
# Skip cloud* nodes since they are already monitored.
if base_name == "cloud":
continue
root.find("hosts").append(
zxml.host(hostname=host_name,
ip=host_ip,
templates=["cloud_vm_base", template],
groups=["cloud_vms"]))
return etree.ElementTree(root)
def generate_hosts(hosts_file=DEFAULT_HOSTS_FILE):
host_list = parse_hosts_file(hosts_file)[1]
group_names = ["cloud_vms"]
root = zxml.root()
for group_name in group_names:
root.find("groups").append(zxml.group(group_name))
for host_ip in host_list:
host_name = host_list[host_ip]
# Determine the Zabbix template type by removing the numbers from
# the hostname.
base_name = re.split(r"(\d+)", host_name)[0]
template = "cloud_vm_" + base_name
# Skip cloud* nodes since they are already monitored.
if base_name == "cloud":
continue
root.find("hosts").append(
zxml.host(hostname=host_name, ip=host_ip, templates=["cloud_vm_base", template], groups=["cloud_vms"])
)
return etree.ElementTree(root)
def load_hosts(hosts_file=DEFAULT_HOSTS_FILE):
hosts = dict()
for (name, addresses) in parse_hosts_file(hosts_file)[0].iteritems():
if len(addresses) == 1:
hosts[name] = addresses[0]
return hosts
def load_hosts(hosts_file=DEFAULT_HOSTS_FILE):
hosts = dict()
for (name, addresses) in parse_hosts_file(hosts_file)[0].iteritems():
if len(addresses) == 1:
hosts[name] = addresses[0]
return hosts