The function of this class is to split the content in the file by line and insert the content into the column1 and column2 columns respectively. The rowKey is the current time. Flume-
The function of this class is to split the content in the file by line and insert the content into the column1 and column2 columns respectively. The rowKey is the current time. Flume-
This article introduces
Flume, as a real-time log collection system developed by Cloudera, has been recognized and widely used by the industry. The initial release version of Flume is now collectively known as Flume OG (original Generation), which belongs to Cloudera. But with the expansion of the FLume function,
Forwarded from the Mad BlogHttp://www.cnblogs.com/lxf20061900/p/3866252.htmlSpark Streaming is a new real-time computing tool, and it's fast growing. It converts the input stream into a dstream into an rdd, which can be handled using spark. It directly supports a variety of data sources: Kafka, Flume, Twitter, ZeroMQ, TCP sockets, etc., there are functions that can be manipulated:,,, map reduce joinwindow等。This article will connect spark streaming and
Flume Learning application: Write log data to MongoDB and flumemongodb in JavaOverview
Windows: Java writes logs to Flume, and Flume writes the logs to MongoDB. System Environment
Operating System: win7 64
JDK: 1.6.0 _ 43
Download Resources
Maven: 3.3.3Download, install, and get started: 1. Maven-start and 2. Create a simple Maven Project
OverviewApache Flume is a distributed, reliable, and available system. Ability to efficiently collect, summarize and move large amounts of log data from many different sources, one centralized data store.The use of Apache's flume is not limited to log data aggregation. Since the data source is customizable, flume can be used for a large number of events (each row
This article is a self-summary of learning, used for later review. If you have any mistake, don't hesitate to enlighten me.Here are some of the contents of the blog: http://blog.csdn.net/ymh198816/article/details/51998085Flume+kafka+storm+redis Real-time Analysis system basic Architecture1) The architecture of the entire real-time analysis system is2) The Order log is generated by the order server of the e-commerce system first,3) Then use Flume to li
This article mainly describes the process of using flume to transfer data to MongoDB, which involves environment deployment and considerations.First, Environment construction1, flune-ng:http://www.apache.org/dyn/closer.cgi/flume/1.5.2/apache-flume-1.5.2-bin.tar.gz2. MongoDB Java driver jar package: https://oss.sonatype.org/content/repositories/releases/org/mongod
BackgroundFlume is a distributed log management system sponsored by Apache, and the main function is to log,collect the logs generated by each worker in the cluster to a specific location.Why write this article, because now the search out of the literature is mostly the old version of the Flume, in Flume1. x version, that is, flume-ng version with a lot of changes before, many of the market's documents are
Sqoop
Flume
Hdfs
Sqoop is used to import data from a structured data source, such as an RDBMS
Flume for moving bulk stream data to HDFs
HDFs Distributed File system for storing data using the Hadoop ecosystem
The Sqoop has a connector architecture. The connector knows how to connect to the appropriate data source and get the data
1. Build a example file under flume/conf: Write the following configuration information to the example file#配置agent1表示代理名称agent1. Sources=source1agent1.sinks=Sink1agent1.channels=channel1# Configuration Source1agent1.sources.source1.type=Spooldir Agent1.sources.source1.spoolDir=/usr/bigdata/flume/conf/test/Hmbbs agent1.sources.source1.channels=Channel1agent1.sources.source1.fileHeader=falseagent1.sources.so
-round.
3 Implementing the Architecture
A schema implementation architecture is shown in the following figure:
Analysis of 3.1 producer layer
The service assumptions within the PAAs platform are deployed within the Docker container, so in order to meet the non-functional requirements, another process is responsible for collecting logs and therefore does not invade the service framework and processes. Using flume ng for log collection, this open s
Target: Using flume agent implementation, the data in the Kafka is taken out and fed into elasticsearch.
Analysis: Flume agent needs to work, two points: Flume Kafka Source: Responsible for reading from the Kafka data; Flume ElasticSearch Sink: Responsible for the data into the ElasticSearch;
The current
Here are the solutions to seehttps://issues.apache.org/jira/browse/SPARK-1729Please be personal understanding, there are questions please leave a message.In fact, itself Flume is not support like Kafka Publish/Subscribe function, that is, can not let spark to flume pull data, so foreigners think of a trickery way.In flume in fact sinks is to the channel initiativ
I. Installation deployment of Flume: Flume installation is very simple, only need to decompress, of course, if there is already a Hadoop environment The installation package Is: http://www-us.apache.org/dist/flume/1.7.0/apache-flume-1.7.0-bin.tar.gz 1. Upload the installation package to the node where the data source r
Install flume
1, to the official website download flume, download address: http://flume.apache.org/download.html
2, [root@bicloud77 home]# tar zxvf apache-flume-1.5.2-bin.tar.gz
3, [root@bicloud77 home]# CD Apache-flume-1.5.2-bin
4,[root@bicloud76 apache-flume-1.5.2-bin]# b
Overview1-flume IntroductionSystem Requirements3-Installation and configuration4-Start and testI. Introduction to FlumeWebsite address: http://flume.apache.org/1-OverviewFlume is a distributed, reliable, and usable service for efficiently collecting, summarizing, and moving large amounts of log data. It has a simple and flexible architecture based on streaming data streams. It has a reliable mechanism of reliability and many failover and recovery me
Todo:The sink of Flume is reconstructed, and the consumer producer (producer) of Kafka is called to send the message;Inherit the Irichspout interface in SOTRM's spout, call Kafka's message consumer (Consumer) to receive the message, and then go through several custom bolts to output the custom contentWriting KafkasinkCopy from $kafka_home/libKafka_2.10-0.8.2.1.jarKafka-clients-0.8.2.1.jarScala-library-2.10.4.jarTo $flume_home/libNew project in Eclipse
Structure:Nginx-flume->kafka->flume->kafka (because involved in the cross-room problem, between the two Kafka added a flume, egg pain. )Phenomenon:In the second layer, write Kafka topic and read Kafka topic same, manually set sink topic does not take effectTo open the debug log:SOURCE instantiation:APR 19:24:03,146 INFO [conf-file-poller-0] (org.apache.flume.sour
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