示例1：更新DDoS防护

场景描述

当您需要更新某个IP的防护策略时，您可以通过Anti-DDoS界面在线修改，或者调用Anti-DDoS的API接口修改。

涉及接口

操作步骤

1. 批量查询用户所有主机的配置监控状态。
   • 接口相关信息

     URI格式：GET /v1/{project_id}/antiddos

     详情请参见“查询EIP防护状态列表”。

   • 请求示例

     GET: https://{endpoint}/v1/1858a4e1f99d4454bd6a539d5477f5de/antiddos

     {endpoint}信息请从地区和终端节点获取。

     Body：

     {
     }

   • 响应示例

     {
     "total": 1,
     "ddosStatus": [
     {
     "floating_ip_id": "18e6ace5-eb36-4196-a15e-1e000c24e026",
     "floating_ip_address": "139.9.116.167",
     "network_type": "EIP",
     "status": "normal",
     "blackhole_endtime": 0,
     "protect_type": "default",
     "traffic_threshold": 99,
     "http_threshold": 0
     }
     ]
     }

2. 查询AntiDDOS服务的配置策略列表。
   • 接口相关信息

     URI格式：GET /v2/{project_id}/antiddos/query-config-list

     详情请参见“查询Anti-DDoS配置可选范围”。

   • 请求示例

     GET: https://{endpoint}/v2/1858a4e1f99d4454bd6a539d5477f5de/antiddos/query-config-list

     {endpoint}信息请从地区和终端节点获取。

     Body：

     {
     }

   • 响应示例

     {
     "traffic_limited_list": [
     {
     "traffic_pos_id": 1,
     "traffic_per_second": 10,
     "packet_per_second": 2000
     },
     {
     "traffic_pos_id": 2,
     "traffic_per_second": 30,
     "packet_per_second": 6000
     },
     {
     "traffic_pos_id": 3,
     "traffic_per_second": 50,
     "packet_per_second": 10000
     },
     {
     "traffic_pos_id": 4,
     "traffic_per_second": 70,
     "packet_per_second": 15000
     },
     {
     "traffic_pos_id": 5,
     "traffic_per_second": 100,
     "packet_per_second": 20000
     },
     {
     "traffic_pos_id": 6,
     "traffic_per_second": 150,
     "packet_per_second": 25000
     },
     {
     "traffic_pos_id": 7,
     "traffic_per_second": 200,
     "packet_per_second": 35000
     },
     {
     "traffic_pos_id": 8,
     "traffic_per_second": 250,
     "packet_per_second": 50000
     },
     {
     "traffic_pos_id": 9,
     "traffic_per_second": 300,
     "packet_per_second": 70000
     },
     {
     "traffic_pos_id": 88,
     "traffic_per_second": 1000,
     "packet_per_second": 300000
     }
     ],
     "http_limited_list": [
     {
     "http_request_pos_id": 1,
     "http_packet_per_second": 100
     },
     {
     "http_request_pos_id": 2,
     "http_packet_per_second": 150
     },
     {
     "http_request_pos_id": 3,
     "http_packet_per_second": 240
     },
     {
     "http_request_pos_id": 4,
     "http_packet_per_second": 350
     },
     {
     "http_request_pos_id": 5,
     "http_packet_per_second": 480
     },
     {
     "http_request_pos_id": 6,
     "http_packet_per_second": 550
     },
     {
     "http_request_pos_id": 7,
     "http_packet_per_second": 700
     },
     {
     "http_request_pos_id": 8,
     "http_packet_per_second": 850
     },
     {
     "http_request_pos_id": 9,
     "http_packet_per_second": 1000
     },
     {
     "http_request_pos_id": 10,
     "http_packet_per_second": 1500
     },
     {
     "http_request_pos_id": 11,
     "http_packet_per_second": 2000
     },
     {
     "http_request_pos_id": 12,
     "http_packet_per_second": 3000
     },
     {
     "http_request_pos_id": 13,
     "http_packet_per_second": 5000
     },
     {
     "http_request_pos_id": 14,
     "http_packet_per_second": 10000
     },
     {
     "http_request_pos_id": 15,
     "http_packet_per_second": 20000
     }
     ],
     "connection_limited_list": [
     {
     "cleaning_access_pos_id": 1,
     "new_connection_limited": 10,
     "total_connection_limited": 30
     },
     {
     "cleaning_access_pos_id": 2,
     "new_connection_limited": 20,
     "total_connection_limited": 100
     },
     {
     "cleaning_access_pos_id": 3,
     "new_connection_limited": 30,
     "total_connection_limited": 200
     },
     {
     "cleaning_access_pos_id": 4,
     "new_connection_limited": 40,
     "total_connection_limited": 250
     },
     {
     "cleaning_access_pos_id": 5,
     "new_connection_limited": 50,
     "total_connection_limited": 300
     },
     {
     "cleaning_access_pos_id": 6,
     "new_connection_limited": 60,
     "total_connection_limited": 500
     },
     {
     "cleaning_access_pos_id": 7,
     "new_connection_limited": 70,
     "total_connection_limited": 600
     },
     {
     "cleaning_access_pos_id": 8,
     "new_connection_limited": 80,
     "total_connection_limited": 700
     }
     ],
     "extend_ddos_config": []
     }

3. 更新IP的AntiDDoS安全服务配置策略。
   • 接口相关信息

     URI格式：PUT /v1/{project_id}/antiddos/{floating_ip_id}

     详情请参见“更新Anti-DDoS服务”。

   • 请求示例

     PUT: https://{endpoint}/v1/1858a4e1f99d4454bd6a539d5477f5de/antiddos/18e6ace5-eb36-4196-a15e-1e000c24e026

     {endpoint}信息请从地区和终端节点获取。

     Body：

     {
     "app_type_id": 1,
     "cleaning_access_pos_id": 8,
     "enable_L7": false,
     "http_request_pos_id": 8,
     "traffic_pos_id": 8
     }

   • 响应示例

     {
     "error_code": "10000000",
     "error_msg": "The task has been received and is being handled",
     "task_id": "59385d2a-6266-4d3a-9122-a228c530f557"
     }

4. 根据3返回的任务ID获取任务状态。
   • 接口相关信息

     URI格式：GET /v2/{project_id}/query-task-status

     详情请参见“查询Anti-DDoS任务”。

   • 请求示例

     GET: https://{endpoint}/v2/1858a4e1f99d4454bd6a539d5477f5de/query-task-status?task_id=59385d2a-6266-4d3a-9122-a228c530f557

     {endpoint}信息请从地区和终端节点获取。

     Body：

     {
     }

   • 响应示例

     {
     "task_status": "success",
     "task_msg": ""
     }