write

type Arguments struct {
	Endpoints      []EndpointOptions `river:"endpoint,block,optional"`
	ExternalLabels map[string]string `river:"external_labels,attr,optional"`
	MaxStreams     int               `river:"max_streams,attr,optional"`
	WAL            WalArguments      `river:"wal,block,optional"`
}

type Component struct {
	// contains filtered or unexported fields
}

type EndpointOptions struct {
	Name              string                  `river:"name,attr,optional"`
	URL               string                  `river:"url,attr"`
	BatchWait         time.Duration           `river:"batch_wait,attr,optional"`
	BatchSize         units.Base2Bytes        `river:"batch_size,attr,optional"`
	RemoteTimeout     time.Duration           `river:"remote_timeout,attr,optional"`
	Headers           map[string]string       `river:"headers,attr,optional"`
	MinBackoff        time.Duration           `river:"min_backoff_period,attr,optional"`  // start backoff at this level
	MaxBackoff        time.Duration           `river:"max_backoff_period,attr,optional"`  // increase exponentially to this level
	MaxBackoffRetries int                     `river:"max_backoff_retries,attr,optional"` // give up after this many; zero means infinite retries
	TenantID          string                  `river:"tenant_id,attr,optional"`
	RetryOnHTTP429    bool                    `river:"retry_on_http_429,attr,optional"`
	HTTPClientConfig  *types.HTTPClientConfig `river:",squash"`
	QueueConfig       QueueConfig             `river:"queue_config,block,optional"`
}

type Exports struct {
	Receiver loki.LogsReceiver `river:"receiver,attr"`
}

type QueueConfig struct {
	Capacity     units.Base2Bytes `river:"capacity,attr,optional"`
	DrainTimeout time.Duration    `river:"drain_timeout,attr,optional"`
}

type WalArguments struct {
	Enabled          bool          `river:"enabled,attr,optional"`
	MaxSegmentAge    time.Duration `river:"max_segment_age,attr,optional"`
	MinReadFrequency time.Duration `river:"min_read_frequency,attr,optional"`
	MaxReadFrequency time.Duration `river:"max_read_frequency,attr,optional"`
	DrainTimeout     time.Duration `river:"drain_timeout,attr,optional"`
}