将以下内容修改为json文件格式：{ "network_scenarios": "sdn", "vlan_planes": [ ], "vxlan_planes": [ { "network_type": "DATAPLANE", "name": "default", "vlan_id": None, "vni_start": 10000, "vni_end": 20000, "svlan_start": "", "svlan_end": "", "vdp_vlan_id": "", "mirror_svlan_start": "", "mirror_svlan_end": "", "mirror_vdp_pkt_vlan": "", "segmentation_type": "vxlan", "ip_ranges": [ { "cidr": "166.166.16.0/24", "gateway": "166.166.16.1", "start": "166.166.16.10", "end": "166.166.16.166", "vlan_id": "" } ] } ], "geneve_planes": [] }

{
"network_scenarios": "sdn",
"vlan_planes": [],
"vxlan_planes": [
{
"network_type": "DATAPLANE",
"name": "default",
"vlan_id": null,
"vni_start": 10000,
"vni_end": 20000,
"svlan_start": "",
"svlan_end": "",
"vdp_vlan_id": "",
"mirror_svlan_start": "",
"mirror_svlan_end": "",
"mirror_vdp_pkt_vlan": "",
"segmentation_type": "vxlan",
"ip_ranges": [
{
"cidr": "166.166.16.0/24",
"gateway": "166.166.16.1",
"start": "166.166.16.10",
"end": "166.166.16.166",
"vlan_id": ""
}
]
}
],
"geneve_planes": []
}

相关问题

python实现：检查以下json文件内容{ "network_scenarios": "sdn", "dataplanes_config": [ { "name": "default", "network_type": "DATAPLANE", "segmentation_type": "vxlan", "subnets": [ { "start": "166.166.16.10", "end": "166.166.16.166", "cidr": "166.166.16.0/24", "gateway": "", "vlan_id": "" } ] } ], "host-192-168-103-110": { "nics": { "eno2": { "physical_network": { "default": { "network_type": "DATAPLANE", "vtep_ip": "1.1.1.1", "segmentation_type": "vxlan" } }, "vswitch_type": "dvs", "dvs_nic_form": "", "exist_netplanes": [ "DATAPLANE" ] } } }, "host-192-168-103-111": { "nics": { "szeno1": { "physical_network": { "default": { "network_type": "DATAPLANE", "vtep_ip": "2.1.1.1", "segmentation_type": "vxlan" } }, "vswitch_type": "dvs", "dvs_nic_form": "", "exist_netplanes": [ "DATAPLANE" ] } } }, "sdn_manage_vswitch": "yes" } 在满足条件network_scenarios= sdn 或者 network_scenarios=sdn-hierarchical and sdn_manage_vswitch=yes时： segmentation_type = vxlan时，vswitch_type =dvs或ovs时，满足检查如下： （1）vtep_ip是否配置（必填） （2）vtep_ip是否在subnets中所属网段且在start 和end之间 (3) vtep_ip是否有重复

可以使用 Python 的 json 模块来解析该 JSON 文件，并编写代码实现上述检查逻辑。以下是代码示例：

import json

with open('example.json') as f:
    data = json.load(f)

if data['network_scenarios'] == 'sdn' or (data['network_scenarios'] == 'sdn-hierarchical' and data['sdn_manage_vswitch'] == 'yes'):
    for dp_config in data['dataplanes_config']:
        if dp_config['segmentation_type'] == 'vxlan':
            for subnet in dp_config['subnets']:
                start_ip = subnet['start']
                end_ip = subnet['end']
                cidr = subnet['cidr']
                vtep_ip = ''
                for nic in data.values():
                    if isinstance(nic, dict) and 'physical_network' in nic.get('nics', {}):
                        for netplane in nic['nics']['physical_network'].values():
                            if netplane.get('segmentation_type') == 'vxlan':
                                vtep_ip = netplane.get('vtep_ip', '')
                                if vtep_ip:
                                    if cidr in vtep_ip and start_ip <= vtep_ip <= end_ip:
                                        print('VTEP IP %s is valid.' % vtep_ip)
                                    else:
                                        print('VTEP IP %s is not in subnet or not in range.' % vtep_ip)
                                else:
                                    print('VTEP IP is missing.')
                            elif netplane.get('segmentation_type') == 'vlan':
                                print('VLAN segmentation is not supported.')
                if vtep_ip and list(data.values()).count({'vtep_ip': vtep_ip}) > 1:
                    print('VTEP IP %s is duplicated.' % vtep_ip)

其中，首先使用 `json.load()` 方法读取 JSON 文件的内容，并将其转换为 Python 对象。然后，根据条件判断进行检查。对于每个符合条件的 dataplane 配置，检查其 subnet 中的 IP 范围是否包含某个物理网络的 VTEP IP。如果 VTEP IP 存在且合法，则检查是否有重复。最后输出检查结果。

将下列内容改为json文件格式：{"network_scenarios": "sdn", "dataplanes_config": [{"name": "default", "network_type": "DATAPLANE", "segmentation_type": "vxlan", "subnets": [{"start": "166.166.16.10", //传平面所有子网信息,没有传 [] "end": "166.166.16.166", "cidr": "166.166.16.0/24", "gateway": "", "vlan_id": ""}]}], "host-192-168-103-110": {"nics": {"eno2": {"physical_network": {"default": { "network_type": "DATAPLANE", "vtep_ip": "1.1.1.1", "segmentation_type": "vxlan" } }, "vswitch_type": "dvs", "dvs_nic_form": "", "exist_netplanes": [ "DATAPLANE" ], } } }, "host-192-168-103-111": {"nics": {"eno2": {"physical_network": {"default": { "network_type": "DATAPLANE", "vtep_ip": "1.1.1.1", "segmentation_type": "vxlan" } }, "vswitch_type": "dvs", "dvs_nic_form": "", "exist_netplanes": [ "DATAPLANE" ], } } }, "sdn_manage_vswitch": ""， }

{
"network_scenarios": "sdn",
"dataplanes_config": [
{
"name": "default",
"network_type": "DATAPLANE",
"segmentation_type": "vxlan",
"subnets": [
{
"start": "166.166.16.10",
"end": "166.166.16.166",
"cidr": "166.166.16.0/24",
"gateway": "",
"vlan_id": ""
}
]
}
],
"host-192-168-103-110": {
"nics": {
"eno2": {
"physical_network": {
"default": {
"network_type": "DATAPLANE",
"vtep_ip": "1.1.1.1",
"segmentation_type": "vxlan"
}
},
"vswitch_type": "dvs",
"dvs_nic_form": "",
"exist_netplanes": [
"DATAPLANE"
]
}
}
},
"host-192-168-103-111": {
"nics": {
"eno2": {
"physical_network": {
"default": {
"network_type": "DATAPLANE",
"vtep_ip": "1.1.1.1",
"segmentation_type": "vxlan"
}
},
"vswitch_type": "dvs",
"dvs_nic_form": "",
"exist_netplanes": [
"DATAPLANE"
]
}
}
},
"sdn_manage_vswitch": ""
}