메뉴 건너뛰기

Cloudera, BigData, Semantic IoT, Hadoop, NoSQL

Cloudera CDH/CDP 및 Hadoop EcoSystem, Semantic IoT등의 개발/운영 기술을 정리합니다. gooper@gooper.com로 문의 주세요.


LA가 전송한 로그 파일을 구별하여 각각의 파일로 저장하는 경우의 설정방법

 

 가. 수집되는 파일 :  /home/hadoop/log_data/log1.log, /home/hadoop/log_data/log1.log

 나. 저장되는 파일 : /home/hadoop/save_data/fs01, /home/hadoop/save_data/fs01

 다. 파일의 구분키 : state

 라. 구분값 : SMS, VOICE

 

1. 로그를 수집하는 LC의 flume설정파일(hadoop@bigdata-host:~/flume/conf$ cat flume-conf-multi.properties)

lc01.sources = avroGenSrc_src01
lc01.channels = fileChannel_fc01 fileChannel_fc02
lc01.sources.avroGenSrc_src01.selector.type=multiplexing
lc01.sources.avroGenSrc_src01.selector.header = state
lc01.sources.avroGenSrc_src01.selector.mapping.SMS=fileChannel_fc01
lc01.sources.avroGenSrc_src01.selector.mapping.VOICE=fileChannel_fc02

lc01.sinks = fileSink_fs01 fileSink_fs02

# For each one of the sources, the type is defined
lc01.sources.avroGenSrc_src01.type = avro
lc01.sources.avroGenSrc_src01.bind = localhost
lc01.sources.avroGenSrc_src01.port = 5555

# The channel can be defined as follows.
lc01.sources.avroGenSrc_src01.channels = fileChannel_fc01 fileChannel_fc02

# Each sink's type must be defined
lc01.sinks.fileSink_fs01.type = file_roll
lc01.sinks.fileSink_fs01.sink.directory=/home/hadoop/save_data/fs01
lc01.sinks.fileSink_fs01.sink.rollInterval = 10
lc01.sinks.fileSink_fs01.sink.batchSize = 10

#Specify the channel the sink should use
lc01.sinks.fileSink_fs01.channel = fileChannel_fc01

# Each channel's type is defined.
lc01.channels.fileChannel_fc01.type = file
lc01.channels.fileChannel_fc01.maxFileSize = 214643507
lc01.channels.fileChannel_fc01.checkpointDir = /home/hadoop/flume/fc01/checkpoint
lc01.channels.fileChannel_fc01.dataDirs = /home/hadoop/flume/fc01/data

# Other config values specific to each type of channel(sink or source)
# can be defined as well
# In this case, it specifies the capacity of the file channel
lc01.channels.fileChannel_fc01.capacity = 100
lc01.channels.fileChannel_fc01.transactionCapacity = 10


# another setting
#lc02.sources = avroGenSrc_src02
#lc02.channels = fileChannel_fc02
#lc02.sinks = fileSink_fs02

# For each one of the sources, the type is defined
#lc02.sources.avroGenSrc_src02.type = avro
#lc02.sources.avroGenSrc_src02.bind = localhost
#lc02.sources.avroGenSrc_src02.port = 4444

# The channel can be defined as follows.
#lc01.sources.avroGenSrc_src01.channels = fileChannel_fc02
# Each sink's type must be defined
lc01.sinks.fileSink_fs02.type = file_roll
lc01.sinks.fileSink_fs02.sink.directory=/home/hadoop/save_data/fs02
lc01.sinks.fileSink_fs02.sink.rollInterval = 10
lc01.sinks.fileSink_fs02.sink.batchSize = 10

#Specify the channel the sink should use
lc01.sinks.fileSink_fs02.channel = fileChannel_fc02

# Each channel's type is defined.
lc01.channels.fileChannel_fc02.type = file
lc01.channels.fileChannel_fc02.maxFileSize = 214643507
lc01.channels.fileChannel_fc02.checkpointDir = /home/hadoop/flume/fc02/checkpoint
lc01.channels.fileChannel_fc02.dataDirs = /home/hadoop/flume/fc02/data
# Other config values specific to each type of channel(sink or source)
# can be defined as well
# In this case, it specifies the capacity of the file channel
lc01.channels.fileChannel_fc02.capacity = 100
lc01.channels.fileChannel_fc02.transactionCapacity =10

--------------------------------

2. 로그를 전송하는 LA의 설정정보(hadoop@bigdata-host:~/flume/conf$ cat flume-conf-multi-agent.properties)

: la01과 la02의 두개 설정정보가 같이 들어있고 각각을 기동하여 2개의 LA가 파일을 읽어 들어는것으로 가정함


la01.sources = execGenSrc_la01
la01.channels = fileChannel_la01
la01.sinks = avroSink_la01

# For each one of the sources, the type is defined
la01.sources.execGenSrc_la01.type = exec
la01.sources.execGenSrc_la01.command = tail -f /home/hadoop/log_data/log1.log
la01.sources.execGenSrc_la01.batchSize = 10

la01.sources.execGenSrc_la01.interceptors = i1
la01.sources.execGenSrc_la01.interceptors.i1.type=static
la01.sources.execGenSrc_la01.interceptors.i1.key=state
la01.sources.execGenSrc_la01.interceptors.i1.value = SMS

# The channel can be defined as follows.
la01.sources.execGenSrc_la01.channels = fileChannel_la01

# Each sink's type must be defined
la01.sinks.avroSink_la01.type = avro
la01.sinks.avroSink_la01.hostname=localhost
la01.sinks.avroSink_la01.port=5555
la01.sinks.avroSink_la01.batch-size = 10

#Specify the channel the sink should use
la01.sinks.avroSink_la01.channel = fileChannel_la01

# Each channel's type is defined.
la01.channels.fileChannel_la01.type = file
la01.channels.fileChannel_la01.maxFileSize = 214643507
la01.channels.fileChannel_la01.checkpointDir = /home/hadoop/flume/la01/checkpoint
la01.channels.fileChannel_la01.dataDirs = /home/hadoop/flume/la01/data

# Other config values specific to each type of channel(sink or source)
# can be defined as well
# In this case, it specifies the capacity of the file channel
la01.channels.fileChannel_la01.capacity = 10000
la01.channels.fileChannel_la01.transctionCapacity = 10000


#another logagent conf....
la02.sources = execGenSrc_la02
la02.channels = fileChannel_la02
la02.sinks = avroSink_la02

# For each one of the sources, the type is defined
la02.sources.execGenSrc_la02.type = exec
la02.sources.execGenSrc_la02.command = tail -f /home/hadoop/log_data/log2.log
la02.sources.execGenSrc_la02.batchSize = 10
la02.sources.execGenSrc_la02.interceptors = i2
la02.sources.execGenSrc_la02.interceptors.i2.type=static
la02.sources.execGenSrc_la02.interceptors.i2.key= state
la02.sources.execGenSrc_la02.interceptors.i2.value = VOICE


# The channel can be defined as follows.
la02.sources.execGenSrc_la02.channels = fileChannel_la02

# Each sink's type must be defined
la02.sinks.avroSink_la02.type = avro
la02.sinks.avroSink_la02.hostname=localhost
la02.sinks.avroSink_la02.port=5555
la02.sinks.avroSink_la02.batch-size = 10

#Specify the channel the sink should use
la02.sinks.avroSink_la02.channel = fileChannel_la02

# Each channel's type is defined.
la02.channels.fileChannel_la02.type = file
la02.channels.fileChannel_la02.maxFileSize = 214643507
la02.channels.fileChannel_la02.checkpointDir = /home/hadoop/flume/la02/checkpoint
la02.channels.fileChannel_la02.dataDirs = /home/hadoop/flume/la02/data

# Other config values specific to each type of channel(sink or source)
# can be defined as well
# In this case, it specifies the capacity of the file channel
la02.channels.fileChannel_la02.capacity = 10000
la02.channels.fileChannel_la02.transctionCapacity = 10000

번호 제목 날짜 조회 수
46 특정파일이 생성되어야 action이 실행되는 oozie job만들기(coordinator.xml) 2014.05.20 1973
45 dual table만들기 2014.05.16 2471
44 sqoop에서 oracle관련 작업할때 테이블명, 사용자명, DB명은 모두 대문자로 사용할것 2014.05.15 2476
43 sqoop export/import등을 할때 driver를 못찾는 오류가 발생하면... 2014.05.15 2550
42 oozie가 말하는 start시간은..서버에서 확인되는 시간이 아닙니다. 2014.05.14 2224
41 insert hbase by hive ... error occured after 5 hours..HMaster가 뜨지 않는 장애에 대한 복구 방법 2014.04.29 8126
40 index생성, 삭제, 활용 2014.04.25 2763
39 hbase shell에서 컬럼값 검색하기(SingleColumnValueFilter이용) 2014.04.25 3489
38 unique한 값 생성 2014.04.25 2503
37 sequence한 번호 생성방법 2014.04.25 2687
36 sqoop 1.4.4 설치및 테스트 2014.04.21 3954
35 oozie에서 share lib설정시 action type별로 구분하여 넣을것 2014.04.18 2366
34 json serde사용법 2014.04.17 2480
33 json 값 다루기 2014.04.17 2352
32 column family삭제시 Column family 'delete' does not exist오류 발생하는 경우 2014.04.14 2877
31 hive에서 생성된 external table에서 hbase의 table에 값 insert하기 2014.04.11 2759
30 Oozie 설치, 환경설정 및 테스트 2014.04.08 2681
» 다수의 로그 에이전트로 부터 로그를 받아 각각의 파일로 저장하는 방법(interceptor및 multiplexing) 2014.04.04 4947
28 external partition table생성및 data확인 2014.04.03 2541
27 동일서버에서 LA와 LC동시에 기동하여 테스트 2014.04.01 2228
위로