def cb_get_elem(self, tctx, kp):
icp_calls[K_GET_ELEM] += 1
hostkey = str(kp[-3][0])
ifacekey = str(kp[-6][0])
iface = self.db.get_host_iface(hostkey, ifacekey)
if iface is None:
dp.data_reply_not_found(tctx)
return _confd.CONFD_OK
tag = str(kp[0])
if tag == 'name':
val = V(iface.name)
elif tag == 'ip':
val = V(iface.ip, _confd.C_IPV4)
elif tag == 'mask':
val = V(iface.mask, _confd.C_IPV4)
elif tag == 'enabled':
val = V(iface.enabled, _confd.C_BOOL)
else:
return _confd.CONFD_ERR
dp.data_reply_value(tctx, val)
return _confd.CONFD_OK
def cb_num_instances(self, tctx, kp):
icp_calls[K_NUM_INSTANCES] += 1
hostname = str(kp[-3])
host = self.db.get_host(hostname)
v_count = V(host.iface_count(), _confd.C_INT32)
dp.data_reply_value(tctx, v_count)
return _confd.CONFD_OK
def cb_get_elem(self, tctx, kp):
# get the row index ~ process id
ptr = re.search(r'\{(.*)\}', str(kp))
[key] = ptr.group(1).split()
index = int(key)
# find it in our artificial cache
entry = None
for proc in self._procData:
if proc.pid == index:
entry = proc
if entry is None:
dp.data_reply_not_found(tctx)
return _confd.OK
# get the requested element tag
# note that tag can be obtained also via numeric value from keypath,
# not only as a string like we do here...
ptr = re.search(r'\}/(.*)', str(kp))
[tag] = ptr.group(1).split()
if tag == ns.model_pid_:
val = _confd.Value(entry.pid, _confd.C_UINT32)
elif tag == ns.model_cpu_:
val = _confd.Value(entry.cpu, _confd.C_UINT32)
else:
print("Unsupported leaf tag requested! ({0})".format(tag))
return _confd.ERR
dp.data_reply_value(tctx, val)
return _confd.OK
def cb_get_case(self, tctx, kp, choice):
helper = TransformDataHelper(tctx.th)
v_user_id = helper.get_user_id_value(kp[-2][0])
if v_user_id is None:
dp.data_reply_not_found(tctx)
return confd.CONFD_OK
v_auth_type = helper.get_auth_type_value(v_user_id)
tag = at_enum_to_tags[int(v_auth_type)]
dp.data_reply_value(
tctx, confd.Value((tag, ns_folders.hash), confd.C_XMLTAG))
return confd.CONFD_OK
def cb_get_elem(self, tctx, kp):
hostkey = self.db.get_hostkey(kp)
host = self.db.find_host(hostkey)
if host is None:
dp.data_reply_not_found(tctx)
return _confd.CONFD_OK
tag = self.db.find_tag(kp)
val = None
if tag == 'name':
val = V(host.name)
elif tag == 'domain':
val = V(host.domain)
elif tag == 'defgw':
val = V(host.defgw, V.C_IPV4)
else:
return _confd.CONFD_ERR
dp.data_reply_value(tctx, val)
return _confd.CONFD_OK
def cb_get_elem(self, tctx, kp):
helper = TransformDataHelper(tctx.th)
v_result = None
v_username = kp[-2][0]
v_user_id = helper.get_user_id_value(v_username)
list_tag = kp[2].tag
if ns_folders.folders_managed_folder == list_tag:
v_folder_id = kp[1][0]
v_storage_id = concat_storage_id_value(v_user_id, v_folder_id)
else:
v_folder_id = None
v_storage_id = None
leaf_tag = kp[0].tag
if ns_folders.folders_username == leaf_tag:
# user with specific username actually does exists - as we got
# his user_id in the previous step via storage-id retrieval
if v_user_id is not None:
v_result = v_username
elif ns_folders.folders_auth_password == leaf_tag:
v_auth_type = helper.get_auth_type_value(v_user_id)
if ns_storage.storage_at_password == v_auth_type:
v_result = optional_get_elem(maapi_socket, helper.th,
kp_auth_password(v_user_id))
elif ns_folders.folders_auth_key == leaf_tag:
v_auth_type = helper.get_auth_type_value(v_user_id)
if ns_storage.storage_at_key == v_auth_type:
v_result = optional_get_elem(maapi_socket, helper.th,
kp_auth_key(v_user_id))
elif ns_folders.folders_folder_id == leaf_tag:
if (v_storage_id is not None and maapi.exists(
maapi_socket, helper.th, kp_storage(v_storage_id))):
# existence verified in low level, return value from keypath
# - it saves the need to extract storage-id substring again...
v_result = v_folder_id
else:
raise NotImplementedError
(dp.data_reply_value(tctx, v_result)
if v_result is not None else dp.data_reply_not_found(tctx))
return confd.CONFD_OK
def cb_get_elem(self, tctx, kp):
global maapisock
log.debug("==> kp=%s" % kp)
rv = _confd.CONFD_OK
try:
maapi.attach(maapisock, maapi_example_ns.ns.hash, tctx)
if isinstance(
kp[0], _confd.XmlTag
) and kp[0].tag == maapi_example_ns.ns.maapi_example_value:
val = maapi.get_elem(
maapisock, tctx.th,
"%s{%s}/value" % (items_keypath_string, kp[1][0]))
dp.data_reply_value(tctx, val)
else:
dp.data_reply_not_found(tctx)
maapi.detach(maapisock, tctx)
except Exception as e:
log.exception(e)
rv = _confd.CONFD_ERR
log.debug("<== rv=%d" % rv)
return rv
def cb_get_elem(self, tctx, kp):
arp = self.arp
if arp.need_arp():
arp.collect_arp_data()
arpentry = arp.find_entry(kp)
if arpentry is None:
dp.data_reply_not_found(tctx)
return _confd.CONFD_OK
tag = arp.find_tag(kp)
val = None
if tag == 'hwaddr':
entryelem = arpentry[tag]
if entryelem is None:
dp.data_reply_not_found(tctx)
return _confd.CONFD_OK
val = V(entryelem)
elif tag == 'permanent':
if arpentry['perm']:
val = V(True, V.C_BOOL)
else:
val = V(False, V.C_BOOL)
elif tag == 'published':
if arpentry['pub']:
val = V(True, V.C_BOOL)
else:
val = V(False, V.C_BOOL)
elif tag == 'ip':
entryelem = arpentry[tag]
val = V(entryelem, V.C_IPV4)
elif tag == 'ifname':
entryelem = arpentry['iface']
val = V(entryelem, V.C_STR)
else:
return _confd.CONFD_ERR
dp.data_reply_value(tctx, val)
return _confd.CONFD_OK
def cb_get_elem(self, tctx, kp):
hcp_calls[K_GET_ELEM] += 1
v_result = None
host_key = str(kp[-3][0]) # /hosts/host{name}/...
host = self.db.get_host(host_key)
if host is not None:
tag = str(kp[0])
if tag == 'name':
v_result = V(host.name, _confd.C_BUF)
elif tag == 'domain':
v_result = V(host.domain, _confd.C_BUF)
elif tag == 'defgw':
v_result = V(host.defgw, _confd.C_IPV4)
else:
raise NotImplementedError
if v_result is not None:
dp.data_reply_value(tctx, v_result)
else:
dp.data_reply_not_found(tctx)
return _confd.CONFD_OK
def cb_get_elem(self, tctx, kp):
[hostkey, ifacekey] = self.db.get_hostifacekey(kp)
iface = self.db.find_iface(hostkey, ifacekey)
if iface is None:
dp.data_reply_not_found(tctx)
return _confd.CONFD_OK
tag = self.db.find_iface_tag(kp)
val = None
if tag == 'name':
val = V(iface.name)
elif tag == 'ip':
val = V(iface.ip, V.C_IPV4)
elif tag == 'mask':
val = V(iface.mask, V.C_IPV4)
elif tag == 'enabled':
if iface.enabled:
val = V(True, V.C_BOOL)
else:
val = V(False, V.C_BOOL)
else:
return _confd.CONFD_ERR
dp.data_reply_value(tctx, val)
return _confd.CONFD_OK
def cb_get_elem(self, tctx, kp):
v_result = None
server_name = str(kp[1][0])
if server_name in running_db:
leaf_tag = kp[0].tag
if ns.smp_name == leaf_tag:
v_result = confd.Value(server_name, confd.C_BUF)
elif ns.smp_ip == leaf_tag:
ip = running_db[server_name][0]
v_result = confd.Value(ip, confd.C_IPV4)
elif ns.smp_port == leaf_tag:
port = int(running_db[server_name][1])
v_result = confd.Value(port, confd.C_UINT16)
else:
raise NotImplementedError
(dp.data_reply_value(tctx, v_result)
if v_result is not None else dp.data_reply_not_found(tctx))
return confd.CONFD_OK
def cb_num_instances(self, tctx, kp):
hcp_calls[K_NUM_INSTANCES] += 1
print("host_num_instances\n")
v_count = V(self.db.host_count(), _confd.C_INT32)
dp.data_reply_value(tctx, v_count)
return _confd.CONFD_OK