CosResult GetImageAuditing(const GetImageAuditingReq& req, GetImageAuditingResp* resp);

qcloud_cos::CosConfig config("./config.json");
qcloud_cos::CosAPI cos(config);
std::string bucket_name = "examplebucket-1250000000";
std::string object_name = "test.jpg";

GetImageAuditingReq req(bucket_name);
GetImageAuditingResp resp;

// Add request parameters as detailed in the API documentation
req.SetObjectKey(object_name);
req.SetBizType("b81d45f94b91a683255e9a9506f45a11");
// req.SetDetectType("Porn,Ads");

// Call the API to get the job response object
CosResult result = cos.GetImageAuditing(req, &resp);
if (result.IsSucc()) {
    // If the moderation job is created successfully, you can call the member functions of `GetImageAuditingResp`.
} else {
    // If the moderation job failed to be created, you can call the member functions of `CosResult` to output the error message.
}

// Set the bucket for performing the operation
void SetBucketName(const std::string& bucket_name);
// Name of the image file to be moderated in the COS bucket
void SetObjectKey(const std::string& object_name);
// Unique identifier of the moderation policy. You can configure the scenes you want to moderate on the moderation policy page in the console, such as porn, adverting, and illegal information. For configuration guides, see [Setting Moderation Policy](https://www.tencentcloud.com/document/product/436/52095).
// You can get `BizType` in the console. If `BizType` is specified, the moderation request will perform moderation based on the scenes configured in the moderation policy.
void SetBizType(const std::string& biz_type);
// The scene to be moderated, such as `Porn` (pornography) and `Ads` (advertising). You can pass in multiple types and separate them by comma, such as `Porn,Ads`. If you need to moderate more scenes, use the `BizType` parameter.
void SetDetectType(const std::string& detect_type);
// URL of the image to be moderated, which can be a URL of any image accessible over the public network.
// If `detect-url` is set, moderation will be conducted by `detect-url` by default, and there will be no need to enter `ObjectKey`.
// If `detect-url` is not set, moderation will be conducted by `ObjectKey` by default.
void SetDetectUrl(const std::string& detect_url);
// For GIF image moderation, you can use this parameter to configure the frame capturing interval. The default value is `5`, indicating to capture a frame every five frames starting from the first frame (included).
void SetInterval(int interval);
// Maximum number of frames to be captured for animated image moderation. Default value: `5`.
void SetMaxFrames(int max_frames);
// Whether to compress the image that exceeds the size limit before moderation. Valid values: `0` (no), `1` (yes). Default value: `0`.
void SetLargeImageDetect(int large_image_detect);
// Image ID. This field will return the original content, which can contain up to 512 bytes.
void SetDataId(const std::string& data_id);

// Get the job details returned by the API request
ImageAuditingJobsDetail GetJobsDetail();
// Get the `RequestId` returned by the API
std::string GetRequestId();

CosResult CosAPI::BatchImageAuditing(const BatchImageAuditingReq& req, BatchImageAuditingResp* resp);

qcloud_cos::CosConfig config("./config.json");
qcloud_cos::CosAPI cos(config);
std::string bucket_name = "examplebucket-1250000000";
std::string object_name_a = "test1.jpg";
std::string object_name_b = "test2.jpg";

BatchImageAuditingReq req(bucket_name);
BatchImageAuditingResp resp;

// input 1
AuditingInput input_a = AuditingInput();
input_a.SetObject(object_name_a);
req.AddInput(input_a);

// input2
AuditingInput input_b = AuditingInput();
input_a.SetObject(object_name_b);
req.AddInput(input_b);

// Moderation configuration
req.SetBizType("b81d45f94b91a683255e9a9506f45a11");
// req.SetDetectType("Porn,Ads");

// Call the API to get the job response object
CosResult result = cos.BatchImageAuditing(req, &resp);
if (result.IsSucc()) {
    // If the moderation job is created successfully, you can call the member functions of `BatchImageAuditingResp`.
} else {
    // If the moderation job failed to be created, you can call the member functions of `CosResult` to output the error message.
}

// Set the bucket for performing the operation
void SetBucketName(const std::string& bucket_name);
// Set the moderation configuration
void SetConf(const Conf& conf);
// Unique identifier of the moderation policy. You can configure the scenes you want to moderate on the moderation policy page in the console, such as porn, adverting, and illegal information. For configuration guides, see [Setting Moderation Policy](https://www.tencentcloud.com/document/product/436/52095).
// You can get `BizType` in the console. If `BizType` is specified, the moderation request will perform moderation based on the scenes configured in the moderation policy.
void SetBizType(const std::string& biz_type);
// The scene to be moderated, such as `Porn` (pornography) and `Ads` (advertising). You can pass in multiple types and separate them by comma, such as `Porn,Ads`. If you need to moderate more scenes, use the `BizType` parameter.
void SetDetectType(const std::string& detect_type);
// Add the input for single image moderation
void AddInput(const AuditingInput& input);
// Set the input array for batch moderation
void SetInputs(const std::vector<AuditingInput>& inputs);

// Name of the image file to be moderated in the COS bucket
void SetObject(const std::string& object);
// Full URL of the image file, such as `http://a-1250000.cos.ap-shanghai.myqcloud.com/image.jpg`. Either `Object` or `Url` can be selected at a time.
void SetUrl(const std::string& url);
// Frame capturing frequency, which takes effect for GIF images only. The default value is `5`, indicating to capture a frame every five frames starting from the first frame (included).
void SetInterval(const int interval);
// The maximum number of frames to be captured, which takes effect for GIF images only. The default value is `5`, indicating to capture only five frames of the GIF image for moderation. The parameter value must be greater than 0.
void SetMaxFrames(const int max_frames);
// Image ID. This field will return the original content in the result, which can contain up to 512 bytes.
void SetDataId(const std::string& data_id);
// Whether to compress the image that exceeds the size limit before moderation. Valid values: `0` (no), `1` (yes). Default value: `0`.
void SetLargeImageDetect(const int large_image_detect);
// Business field.
void SetUserInfo(const UserInfo& user_info);

// Get the job details returned by the API request
std::vector<ImageAuditingJobsDetail>  GetJobsDetails();
// Get the `RequestId` returned by the API
std::string GetRequestId();

CosResult DescribeImageAuditingJob(const DescribeImageAuditingJobReq &req, DescribeImageAuditingJobResp *resp);

qcloud_cos::CosConfig config("./config.json");
qcloud_cos::CosAPI cos(config);
std::string bucket_name = "examplebucket-1250000000";

DescribeImageAuditingJobReq req(bucket_name);
DescribeImageAuditingJobResp resp;

// Add request parameters as detailed in the API documentation
req.SetJobId("vab1ca9fc8a3ed11ea834c525400863904");

// Call the API to get the job response object
CosResult result = cos.DescribeImageAuditingJob(req, &resp);
if (result.IsSucc()) {
    // If the moderation job is created successfully, you can call the member functions of `DescribeImageAuditingJobResp`.
} else {
    // If the moderation job failed to be created, you can call the member functions of `CosResult` to output the error message.
}

// Set the bucket for performing the operation
void SetBucketName(const std::string& bucket_name);
// Set the ID of the moderation job to be queried
void SetJobId(const std::string& job_id);

// Get the job details returned by the API request
ImageAuditingJobsDetail GetJobsDetail();
// Get the `RequestId` returned by the API
std::string GetRequestId();