class State:
def __init__(self, config, router_attrs):
self.errors = []
self.defaults = Defaults(config['defaults'], self.errors)
self.hosts = map(lambda item: Host(item, self.defaults),
config['hosts'])
self.groups = map(Group, config['groups'])
self.networks = map(lambda item: Network(item, router_attrs),
config['networks'])
self.users = dict(
(user.nickname, user) for user in map(User, config['people']))
self.errors.extend(check_hosts(self.hosts))
self.errors.extend(expand_groups(self.groups, self.hosts))
map(Host.clean, self.hosts)
def choose_net(self, net_name):
return network.choose_net(self.networks, net_name)
def get_canonical_hostname(self, host):
return self.defaults.get_canonical_hostname(host.name)
def get_nagios(self, addr):
rv = self.defaults.nagios
if addr:
chosen = network.get_nagios(self.networks, addr)
if chosen:
rv = chosen
return self.defaults.expand_ip(rv)
def belongs_to(self, host):
return belongs_to(self.networks, host)
def find(self, hostname):
candidates = filter(
lambda host: (hostname in [host.name, host.sname] + host.aliases +
host.saliases), self.hosts)
return candidates[0] if len(candidates) == 1 else None
def is_gray(self, host):
return host.addr != None and host.addr.startswith(
self.defaults.network_prefix)
class State:
def __init__(self, config, router_attrs):
self.errors = []
self.defaults = Defaults(config['defaults'], self.errors)
self.hosts = map(lambda item: Host(item, self.defaults),
config['hosts'])
self.groups = map(Group, config['groups'])
self.networks = map(lambda item: Network(item, router_attrs),
config['networks'])
self.users = dict((user.nickname, user) for user in
map(User, config['people']))
self.errors.extend(check_hosts(self.hosts))
self.errors.extend(expand_groups(self.groups, self.hosts))
map(Host.clean, self.hosts)
def choose_net(self, net_name):
return network.choose_net(self.networks, net_name)
def get_canonical_hostname(self, host):
return self.defaults.get_canonical_hostname(host.name)
def get_nagios(self, addr):
rv = self.defaults.nagios
if addr:
chosen = network.get_nagios(self.networks, addr)
if chosen:
rv = chosen
return self.defaults.expand_ip(rv)
def belongs_to(self, host):
return belongs_to(self.networks, host)
def find(self, hostname):
candidates = filter(lambda host: (hostname in [host.name, host.sname]
+ host.aliases + host.saliases), self.hosts)
return candidates[0] if len(candidates) == 1 else None
def is_gray(self, host):
return host.addr != None and host.addr.startswith(self.defaults.network_prefix)
