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Executes a Bloblang mapping and directly transforms the contents of messages, mutating (or deleting) them.

Consumes messages via Nanomsg sockets (scalability protocols).

Send messages over a Nanomsg socket.

Noop is a processor that does nothing, the message passes through unchanged. Why? Sometimes doing nothing is the braver option.

Subscribe to an NSQ instance topic and channel.

Publish to an NSQ topic.

Publishes messages into an Elasticsearch index. If the index does not exist then it is created with a dynamic mapping.

A processor that applies a list of child processors to messages of a batch as though they were each a batch of one message (similar to the for_each processor), but where each message is processed in parallel.

Converts batches of documents to or from Parquet files.

Reads and decodes Parquet files into a stream of structured messages.

Automatically decodes and validates messages with schemas from a Confluent Schema Registry service.

Automatically encodes and validates messages with schemas from a Confluent Schema Registry service.

Prints a log event for each message. Messages always remain unchanged. The log message can be set using function interpolations described [here](/docs/configuration/interpolation#bloblang-queries) which allows you to log the contents and metadata of messages.

A processor grouping several sub-processors.

Performs conversions to or from a protobuf message. This processor uses reflection, meaning conversions can be made directly from the target .proto files.

Reads messages from an Apache Pulsar server.

Write messages to an Apache Pulsar server.

A rate limit implementation using Redis. It works by using a simple token bucket algorithm to limit the number of requests to a given count within a given time period. The rate limit is shared across all instances of Bento that use the same Redis instance, which must all have a consistent count and interval.

Reads messages from a child input until a consumed message passes a Bloblang query, at which point the input closes.

Performs actions against Redis that aren't possible using a cache processor.

Sets Redis hash objects using the HMSET command.

Pops messages from the beginning of a Redis list using the BLPop command.

Pushes messages onto the end of a Redis list (which is created if it doesn't already exist) using the RPUSH command.

Consume from a Redis publish/subscribe channel using either the SUBSCRIBE or PSUBSCRIBE commands.

Publishes messages through the Redis PubSub model. It is not possible to guarantee that messages have been received.

Scans the set of keys in the current selected database and gets their values, using the Scan and Get commands.

Performs actions against Redis using LUA scripts.

Pulls messages from Redis (v5.0+) streams with the XREADGROUP command.

Pushes messages to a Redis (v5.0+) Stream (which is created if it doesn't already exist) using the XADD command.

Rejects all messages, treating them as though the output destination failed to publish them.

Rejects messages that have failed their processing steps, resulting in nack behaviour at the input level, otherwise sends them to a child output.

Resource is an input type that channels messages from a resource input, identified by its name.

Resource is a processor type that runs a processor resource identified by its label.

Resource is an output type that channels messages to a resource output, identified by its name.

Attempts to execute a series of child processors until success.

Attempts to write messages to a child output and if the write fails for any reason the message is retried either until success or, if the retries or max elapsed time fields are non-zero, either is reached.

Consumes records from S2 streams.

Sends messages to an S2 stream.

Automatically decodes and validates messages with schemas from a Confluent Schema Registry service.

Automatically encodes and validates messages with schemas from a Confluent Schema Registry service.

Cherry pick a set of messages from a batch by their index. Indexes larger than the number of messages are simply ignored.

Captures log events from messages and submits them to Sentry.

Reads messages from a sequence of child inputs, starting with the first and once that input gracefully terminates starts consuming from the next, and so on.

Consumes files from an SFTP server.

Writes files to an SFTP server.

Sleep for a period of time specified as a duration string for each message. This processor will interpolate functions within the

Sends messages to Snowflake stages and, optionally, calls Snowpipe to load this data into one or more tables.

Connects to a tcp or unix socket and consumes a continuous stream of messages.

Connects to a (tcp/udp/unix) server and sends a continuous stream of data, dividing messages according to the specified codec.

Creates a server that receives a stream of messages over a tcp, udp or unix socket.

Breaks message batches (synonymous with multiple part messages) into smaller batches. The size of the resulting batches are determined either by a discrete size or, if the field

Writes messages to a Splunk HTTP Endpoint Collector.

Runs an arbitrary SQL query against a database and (optionally) returns the result as an array of objects, one for each row returned.

Inserts a row into an SQL database for each message.

Inserts rows into an SQL database for each message, and leaves the message unchanged.

Inserts a row into an SQL database for each message.

Executes a select query and creates a message for each row received.

Runs an arbitrary SQL query against a database and (optionally) returns the result as an array of objects, one for each row returned.

Executes an arbitrary SQL query for each message.

Executes a select query and creates a message for each row received.

Runs an SQL select query against a database and returns the result as an array of objects, one for each row returned, containing a key for each column queried and its value.

Consumes data piped to stdin, chopping it into individual messages according to the specified scanner.

Prints messages to stdout as a continuous stream of data.

Executes a command, runs it as a subprocess, and consumes messages from it over stdout.

Executes a command as a subprocess and, for each message, will pipe its contents to the stdin stream of the process followed by a newline.

Executes a command, runs it as a subprocess, and writes messages to it over stdin.

Conditionally processes messages based on their contents.

The switch output type allows you to route messages to different outputs based on their contents.

Adds the payload in its current state as a synchronous response to the input source, where it is dealt with according to that specific input type.

Returns the final message payload back to the input origin of the message, where it is dealt with according to that specific input type.

Executes a list of child processors on messages only if no prior processors have failed (or the errors have been cleared).

Consumes tweets matching a given search using the Twitter recent search V2 API.

Unarchives messages according to the selected archive format into multiple messages within a batch.

Executes a function exported by a WASM module for each message.

Connects to a websocket server and continuously receives messages.

Sends messages to an HTTP server via a websocket connection.

A processor that checks a Bloblang query against each batch of messages and executes child processors on them for as long as the query resolves to true.

Executes a topology of branch processors, performing them in parallel where possible.

Parses messages as an XML document, performs a mutation on the data, and then overwrites the previous contents with the new value.

Consumes messages from a ZeroMQ socket.

Writes messages to a ZeroMQ socket.

Writes messages to a ZeroMQ socket.

Consumes messages from a ZeroMQ socket.