monitors

type DataPoint struct {
	// Timestamp.
	Timestamp int64 `json:"timestamp,omitempty"`
	// Monitoring value corresponding to the timestamp.
	Value int64 `json:"value,omitempty"`
}

type GetPartitionMonitorOpts struct {
	// Name of the stream to be queried.
	// Maximum: 60
	StreamName string
	// Partition No.
	// The value can be in either of the following formats:
	//  - shardId-0000000000
	//  - 0
	// For example, if a stream has three partitions, the partition identifiers are 0, 1, and 2, or
	// shardId-0000000000,
	// shardId-0000000001,
	// and shardId-0000000002,
	// respectively.
	PartitionId string
	// Partition monitoring metric.
	// (Either label or label_list must be specified.
	// If both label_list and label are specified, label_list prevails.)
	// - total_put_bytes_per_stream: total input traffic (byte)
	// - total_get_bytes_per_stream: total output traffic (byte)
	// - total_put_records_per_stream: total number of input records
	// - total_get_records_per_stream: total number of output records
	// Enumeration values:
	//  total_put_bytes_per_stream
	//  total_get_bytes_per_stream
	//  total_put_records_per_stream
	//  total_get_records_per_stream
	Label string `q:"label,omitempty"`
	// List of labels separated by commas (,) to query multiple labels in batches.
	// (Either label or label_list must be specified.
	// If both label_list and label exist, label_list prevails.)
	LabelList string `q:"label_list,omitempty"`
	// Monitoring start time, which is a 10-digit timestamp.
	StartTime int64 `q:"start_time"`
	// Monitoring end time, which is a 10-digit timestamp.
	EndTime int64 `q:"end_time"`
}

type GetPartitionMonitorResponse struct {
	// Data object.
	Metrics Metrics `json:"metrics,omitempty"`
}

type GetStreamMonitorOpts struct {
	// Name of the stream to be queried.
	// Maximum: 60
	StreamName string
	// Stream monitoring metric.
	// (Either label or label_list must be specified.
	// If both label_list and label are specified, label_list prevails.)
	// - total_put_bytes_per_stream: total input traffic (byte)
	// - total_get_bytes_per_stream: total output traffic (byte)
	// - total_put_records_per_stream: total number of input records
	// - total_get_records_per_stream: total number of output records
	// - total_put_req_latency: average processing time of upload requests (millisecond)
	// - total_get_req_latency: average processing time of download requests (millisecond)
	// - total_put_req_suc_per_stream: number of successful upload requests
	// - total_get_req_suc_per_stream: number of successful download requests
	// - traffic_control_put: number of rejected upload requests due to flow control
	// - traffic_control_get: number of rejected download requests due to flow control
	// Enumeration values:
	//  total_put_bytes_per_stream
	//  total_get_bytes_per_stream
	//  total_put_records_per_stream
	//  total_get_records_per_stream
	//  total_put_req_latency
	//  total_get_req_latency
	//  total_put_req_suc_per_stream
	//  total_get_req_suc_per_stream
	//  traffic_control_put
	//  traffic_control_get
	Label string `q:"label,omitempty"`
	// List of labels separated by commas (,) to query multiple labels in batches.
	// (Either label or label_list must be set.
	// If both label_list and label exist, label_list prevails.)
	LabelList string `q:"label_list,omitempty"`
	// Monitoring start time, which is a 10-digit timestamp.
	StartTime int64 `q:"start_time"`
	// Monitoring end time, which is a 10-digit timestamp.
	EndTime int64 `q:"end_time"`
}

type GetStreamMonitorResponse struct {
	// Data object.
	Metrics Metrics `json:"metrics,omitempty"`
	// List of monitored data objects.
	MetricsList []Metrics `json:"metrics_list,omitempty"`
}

type Metrics struct {
	// Monitoring data.
	DataPoints []DataPoint `json:"data_points,omitempty"`
	// Metric
	Label string `json:"label,omitempty"`
}