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#!/usr/bin/env python
# SPDX-License-Identifier: LGPL-2.1+
from __future__ import print_function
import os
import sys
import collections
import xml.etree.ElementTree as ET
###############################################################################
_setting_name_order = [
"connection",
"6lowpan",
"802-1x",
"adsl",
"bluetooth",
"bond",
"bridge",
"bridge-port",
"cdma",
"dcb",
"dummy",
"ethtool",
"generic",
"gsm",
"infiniband",
"ipv4",
"ipv6",
"ip-tunnel",
"macsec",
"macvlan",
"match",
"802-11-olpc-mesh",
"ovs-bridge",
"ovs-dpdk",
"ovs-interface",
"ovs-patch",
"ovs-port",
"ppp",
"pppoe",
"proxy",
"serial",
"sriov",
"tc",
"team",
"team-port",
"tun",
"user",
"vlan",
"vpn",
"vrf",
"vxlan",
"wifi-p2p",
"wimax",
"802-3-ethernet",
"wireguard",
"802-11-wireless",
"802-11-wireless-security",
"wpan",
]
def _setting_name_order_idx(name):
try:
return _setting_name_order.index(name)
except ValueError:
return len(_setting_name_order)
def key_fcn_setting_name(n1):
return (_setting_name_order_idx(n1), n1)
def iter_keys_of_dicts(dicts, key=None):
keys = set([k for d in dicts for k in d.keys()])
return sorted(keys, key=key)
def node_to_dict(node, tag, key_attr):
dictionary = collections.OrderedDict()
if node is not None:
for n in node.iter(tag):
k = n.get(key_attr)
assert k is not None
dictionary[k] = n
return dictionary
def node_get_attr(nodes, name):
for n in nodes:
if n is None:
continue
x = n.get(name, None)
if x:
return x
return None
def node_set_attr(dst_node, name, nodes):
x = node_get_attr(nodes, name)
if x:
dst_node.set(name, x)
###############################################################################
gl_only_from_first = False
argv = list(sys.argv[1:])
while True:
if argv[0] == "--only-from-first":
gl_only_from_first = True
del argv[0]
continue
break
if len(argv) < 2:
print("%s [--only-from-first] [OUT_FILE] [SETTING_XML [...]]" % (sys.argv[0]))
exit(1)
gl_output_xml_file = argv[0]
gl_input_files = list(argv[1:])
###############################################################################
xml_roots = list([ET.parse(f).getroot() for f in gl_input_files])
assert all([root.tag == "nm-setting-docs" for root in xml_roots])
settings_roots = list([node_to_dict(root, "setting", "name") for root in xml_roots])
root_node = ET.Element("nm-setting-docs")
for setting_name in iter_keys_of_dicts(settings_roots, key_fcn_setting_name):
settings = list([d.get(setting_name) for d in settings_roots])
if gl_only_from_first and settings[0] is None:
continue
properties = list([node_to_dict(s, "property", "name") for s in settings])
if gl_only_from_first and not properties[0]:
continue
setting_node = ET.SubElement(root_node, "setting")
setting_node.set("name", setting_name)
node_set_attr(setting_node, "description", settings)
node_set_attr(setting_node, "name_upper", settings)
node_set_attr(setting_node, "alias", settings)
for property_name in iter_keys_of_dicts(properties):
properties_attrs = list([p.get(property_name) for p in properties])
if gl_only_from_first and properties_attrs[0] is None:
continue
property_node = ET.SubElement(setting_node, "property")
property_node.set("name", property_name)
property_node.set("name_upper", property_name.upper().replace("-", "_"))
x = node_get_attr(properties_attrs, "format")
if x:
property_node.set("type", x)
else:
node_set_attr(property_node, "type", properties_attrs)
node_set_attr(property_node, "default", properties_attrs)
node_set_attr(property_node, "description", properties_attrs)
node_set_attr(property_node, "alias", properties_attrs)
ET.ElementTree(root_node).write(gl_output_xml_file)
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