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image_asynccheck.py 12.41 KB
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sunlifang authored 2022-06-07 14:43 . 完善版本升级
#!/usr/bin/env python
# -*- coding: utf-8 -*-
"""
易盾反垃圾云服务图片离线检测接口python示例代码,建议离线提交30秒后进行查询,最长不能超过4小时,否则数据将会丢失
接口文档: http://dun.163.com/api.html
python版本:python3.7
运行:
1. 修改 SECRET_ID,SECRET_KEY,BUSINESS_ID 为对应申请到的值
2. $ python image_check.py
"""
__author__ = 'yidun-dev'
__date__ = '2020/10/30'
__version__ = '0.2-dev'
import hashlib
import time
import random
import urllib.request as urlrequest
import urllib.parse as urlparse
import json
from gmssl import sm3, func
class ImageAsyncCheckAPIDemo(object):
"""图片离线检测接口示例代码"""
API_URL = "http://as.dun.163.com/v5/image/asyncCheck"
VERSION = "v5"
def __init__(self, secret_id, secret_key, business_id):
"""
Args:
secret_id (str) 产品密钥ID,产品标识
secret_key (str) 产品私有密钥,服务端生成签名信息使用
business_id (str) 业务ID,易盾根据产品业务特点分配
"""
self.secret_id = secret_id
self.secret_key = secret_key
self.business_id = business_id
def gen_signature(self, params=None):
"""生成签名信息
Args:
params (object) 请求参数
Returns:
参数签名md5值
"""
buff = ""
for k in sorted(params.keys()):
buff += str(k) + str(params[k])
buff += self.secret_key
if "signatureMethod" in params.keys() and params["signatureMethod"] == "SM3":
return sm3.sm3_hash(func.bytes_to_list(bytes(buff, encoding='utf8')))
else:
return hashlib.md5(buff.encode("utf8")).hexdigest()
def check(self, params):
"""请求易盾接口
Args:
params (object) 请求参数
Returns:
请求结果,json格式
"""
params["secretId"] = self.secret_id
params["businessId"] = self.business_id
params["version"] = self.VERSION
params["timestamp"] = int(time.time() * 1000)
params["nonce"] = int(random.random() * 100000000)
# params["signatureMethod"] = "SM3" # 签名方法,默认MD5,支持SM3
params["signature"] = self.gen_signature(params)
try:
params = urlparse.urlencode(params).encode("utf8")
request = urlrequest.Request(self.API_URL, params)
content = urlrequest.urlopen(request, timeout=10).read()
return json.loads(content)
except Exception as ex:
print("调用API接口失败:", str(ex))
if __name__ == "__main__":
"""示例代码入口"""
SECRET_ID = "your_secret_id" # 产品密钥ID,产品标识
SECRET_KEY = "your_secret_key" # 产品私有密钥,服务端生成签名信息使用,请严格保管,避免泄露
BUSINESS_ID = "your_business_id" # 业务ID,易盾根据产品业务特点分配
api = ImageAsyncCheckAPIDemo(SECRET_ID, SECRET_KEY, BUSINESS_ID)
# 私有请求参数
images: list = []
image1 = {
"name": "https://nos.netease.com/yidun/2-0-0-a6133509763d4d6eac881a58f1791976.jpg",
"type": 1,
"data": "https://nos.netease.com/yidun/2-0-0-a6133509763d4d6eac881a58f1791976.jpg"
# "callbackUrl" # 主动回调地址url,如果设置了则走主动回调逻辑
}
image2 = {
"name": "{\"imageId\": 33451123, \"contentId\": 78978}",
"type": 2,
"data": "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"
# "callbackUrl": "http://***" # 主动回调地址url,如果设置了则走主动回调逻辑
}
images.append(image1)
images.append(image2)
params = {
"images": json.dumps(images)
}
ret = api.check(params)
code: int = ret["code"]
msg: str = ret["msg"]
if code == 200:
result: dict = ret["result"]
dealingCount: int = result["dealingCount"]
checkImageArray: list = result["checkImages"]
for checkImage in checkImageArray:
name: str = checkImage["name"]
taskId: str = checkImage["taskId"]
dataId: str = checkImage["dataId"]
print("taskId=%s,dataId=%s,name=%s" % (taskId, dataId, name))
else:
print("ERROR: code=%s, msg=%s" % (ret["code"], ret["msg"]))
1
https://gitee.com/netease_yidun/antispam-python-demo.git
git@gitee.com:netease_yidun/antispam-python-demo.git
netease_yidun
antispam-python-demo
antispam-python-demo
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