kafka

type Config struct {
	// > @3@4@5@6
	// >
	// > The name of kafka brokers to read from.
	Brokers []string `json:"brokers" required:"true"` // *

	// > @3@4@5@6
	// >
	// > The list of kafka topics to read from.
	Topics []string `json:"topics" required:"true"` // *

	// > @3@4@5@6
	// >
	// > The name of consumer group to use.
	ConsumerGroup string `json:"consumer_group" default:"file-d"` // *

	// > @3@4@5@6
	// >
	// > Kafka client ID.
	ClientID string `json:"client_id" default:"file-d"` // *

	// > @3@4@5@6
	// >
	// > The number of unprocessed messages in the buffer that are loaded in the background from kafka. (max.poll.records)
	ChannelBufferSize int `json:"channel_buffer_size" default:"256"` // *

	// > @3@4@5@6
	// > MaxConcurrentConsumers sets the maximum number of consumers
	// > Optimal value: number of topics * number of partitions of topic
	// >
	MaxConcurrentConsumers int `json:"max_concurrent_consumers" default:"5"` // *

	// > @3@4@5@6
	// >
	// > MaxConcurrentFetches sets the maximum number of fetch requests to allow in
	// > flight or buffered at once, overriding the unbounded (i.e. number of
	// > brokers) default.
	MaxConcurrentFetches int `json:"max_concurrent_fetches" default:"0"` // *

	// > @3@4@5@6
	// >
	// > FetchMaxBytes (fetch.max.bytes) sets the maximum amount of bytes a broker will try to send during a fetch
	FetchMaxBytes  cfg.Expression `json:"fetch_max_bytes" default:"52428800" parse:"expression"` // *
	FetchMaxBytes_ int32

	// > @3@4@5@6
	// >
	// > FetchMinBytes (fetch.min.bytes) sets the minimum amount of bytes a broker will try to send during a fetch
	FetchMinBytes  cfg.Expression `json:"fetch_min_bytes" default:"1" parse:"expression"` // *
	FetchMinBytes_ int32

	// > @3@4@5@6
	// >
	// > The newest and oldest values is used when a consumer starts but there is no committed offset for the assigned partition.
	// > * *`newest`* - set offset to the newest message
	// > * *`oldest`* - set offset to the oldest message
	Offset  string `json:"offset" default:"newest" options:"newest|oldest"` // *
	Offset_ OffsetType

	// > @3@4@5@6
	// >
	// > Algorithm used by Kafka to assign partitions to consumers in a group.
	// > * *`round-robin`* - M0: [t0p0, t0p2, t1p1], M1: [t0p1, t1p0, t1p2]
	// > * *`range`* - M0: [t0p0, t0p1, t1p0, t1p1], M1: [t0p2, t1p2]
	// > * *`sticky`* - ensures minimal partition movement on group changes while also ensuring optimal balancing
	// > * *`cooperative-sticky`* - performs the sticky balancing strategy, but additionally opts the consumer group into "cooperative" rebalancing
	Balancer string `json:"balancer" default:"round-robin" options:"round-robin|range|sticky|cooperative-sticky"` // *

	// > @3@4@5@6
	// >
	// > The maximum amount of time the consumer expects a message takes to process for the user. (Not used anymore!)
	ConsumerMaxProcessingTime  cfg.Duration `json:"consumer_max_processing_time" default:"200ms" parse:"duration"` // *
	ConsumerMaxProcessingTime_ time.Duration

	// > @3@4@5@6
	// >
	// > The maximum amount of time the broker will wait for Consumer.Fetch.Min bytes to become available before it returns fewer than that anyways. (fetch.max.wait.ms)
	ConsumerMaxWaitTime  cfg.Duration `json:"consumer_max_wait_time" default:"250ms" parse:"duration"` // *
	ConsumerMaxWaitTime_ time.Duration

	// > @3@4@5@6
	// >
	// > AutoCommitInterval sets how long to go between autocommits
	AutoCommitInterval  cfg.Duration `json:"auto_commit_interval" default:"1s" parse:"duration"` // *
	AutoCommitInterval_ time.Duration

	// > @3@4@5@6
	// >
	// > SessionTimeout sets how long a member in the group can go between heartbeats
	SessionTimeout  cfg.Duration `json:"session_timeout" default:"10s" parse:"duration"` // *
	SessionTimeout_ time.Duration

	// > @3@4@5@6
	// >
	// > HeartbeatInterval sets how long a group member goes between heartbeats to Kafka
	HeartbeatInterval  cfg.Duration `json:"heartbeat_interval" default:"3s" parse:"duration"` // *
	HeartbeatInterval_ time.Duration

	// > @3@4@5@6
	// >
	// > If set, the plugin will use SASL authentications mechanism.
	SaslEnabled bool `json:"is_sasl_enabled" default:"false"` // *

	// > @3@4@5@6
	// >
	// > SASL mechanism to use.
	SaslMechanism string `json:"sasl_mechanism" default:"SCRAM-SHA-512" options:"PLAIN|SCRAM-SHA-256|SCRAM-SHA-512|AWS_MSK_IAM"` // *

	// > @3@4@5@6
	// >
	// > SASL username.
	SaslUsername string `json:"sasl_username" default:"user"` // *

	// > @3@4@5@6
	// >
	// > SASL password.
	SaslPassword string `json:"sasl_password" default:"password"` // *

	// > @3@4@5@6
	// >
	// > If set, the plugin will use SSL/TLS connections method.
	SslEnabled bool `json:"is_ssl_enabled" default:"false"` // *

	// > @3@4@5@6
	// >
	// > If set, the plugin will skip SSL/TLS verification.
	SslSkipVerify bool `json:"ssl_skip_verify" default:"false"` // *

	// > @3@4@5@6
	// >
	// > Path or content of a PEM-encoded client certificate file.
	ClientCert string `json:"client_cert"` // *

	// > @3@4@5@6
	// >
	// > > Path or content of a PEM-encoded client key file.
	ClientKey string `json:"client_key"` // *

	// > @3@4@5@6
	// >
	// > Path or content of a PEM-encoded CA file.
	CACert string `json:"ca_cert"` // *

	// > @3@4@5@6
	// >
	// > Meta params
	// >
	// > Add meta information to an event (look at Meta params)
	// > Use [go-template](https://pkg.go.dev/text/template) syntax
	// >
	// > Example: “`topic: '{{ .topic }}'“`
	Meta cfg.MetaTemplates `json:"meta"` // *
}

type Consumer interface {
	Assigned(_ context.Context, _ *kgo.Client, assigned map[string][]int32)
	Lost(_ context.Context, _ *kgo.Client, lost map[string][]int32)
}

type OffsetType byte

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