Class: Kafka::Protocol::FetchResponse

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# File 'lib/kafka/protocol/fetch_response.rb', line 64
def initialize(topics: [], throttle_time_ms: 0)
 @topics = topics
 @throttle_time_ms = throttle_time_ms
end

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# File 'lib/kafka/protocol/fetch_response.rb', line 62
def topics
 @topics
end

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# File 'lib/kafka/protocol/fetch_response.rb', line 69
def self.decode(decoder)
 throttle_time_ms = decoder.int32
 topics = decoder.array do
 topic_name = decoder.string
 partitions = decoder.array do
 partition = decoder.int32
 error_code = decoder.int16
 highwater_mark_offset = decoder.int64
 last_stable_offset = decoder.int64
 aborted_transactions = decoder.array do
 producer_id = decoder.int64
 first_offset = decoder.int64
 AbortedTransaction .new (
 producer_id: producer_id,
 first_offset: first_offset
 )
 end
 messages_raw = decoder.bytes
 messages = []
 if !messages_raw.nil? && !messages_raw.empty?
 messages_decoder = Decoder .from_string (messages_raw)
 magic_byte = messages_decoder.peek(MAGIC_BYTE_OFFSET , MAGIC_BYTE_LENGTH )[0].to_i
 if magic_byte == RecordBatch ::MAGIC_BYTE 
 until messages_decoder.eof?
 begin
 record_batch = RecordBatch .decode (messages_decoder)
 messages << record_batch
 rescue InsufficientDataMessage 
 if messages.length > 0
 break
 else
 raise
 end
 end
 end
 else
 message_set = MessageSet .decode (messages_decoder)
 messages << message_set
 end
 end
 FetchedPartition .new (
 partition: partition,
 error_code: error_code,
 highwater_mark_offset: highwater_mark_offset,
 last_stable_offset: last_stable_offset,
 aborted_transactions: aborted_transactions,
 messages: messages
 )
 end
 FetchedTopic .new (
 name: topic_name,
 partitions: partitions,
 )
 end
 new(topics: topics, throttle_time_ms: throttle_time_ms)
end