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# Then on the command-line $ javac HiveJdbcClient.java # To run the program using remote hiveserver in non-kerberos mode, we need the following jars in the classpath # from hive/build/dist/lib # hive-jdbc*.jar # hive-service*.jar # libfb303-0.9.0.jar # libthrift-0.9.0.jar # log4j-1.2.16.jar # slf4j-api-1.6.1.jar # slf4j-log4j12-1.6.1.jar # commons-logging-1.0.4.jar # # # Following additional jars are needed for the kerberos secure mode - # hive-exec*.jar # commons-configuration-1.6.jar # and from hadoop - hadoop-core*core.jar # To run the program in embedded mode, we need the following additional jars in the classpath # from hive/build/dist/lib # hive-exec*.jar # hive-metastore*.jar # antlr-runtime-3.0.1.jar # derby.jar # jdo2-api-2.1.jar # jpox-core-1.2.2.jar # jpox-rdbms-1.2.2.jar # # from hadoop/build # hadoop-core*-core.jar # as well as hive/build/dist/conf, any HIVE_AUX_JARS_PATH set, and hadoop jars necessary to run MR jobs (eg lzo codec) $ java -cp $CLASSPATH HiveJdbcClient # Alternatively, you can run the following bash script, which will seed the data file # and build your classpath before invoking the client. The script adds all the # additional jars needed for using HiveServer2 in embedded mode as well. #!/bin/bash HADOOP_HOME=/your/path/to/hadoop HIVE_HOME=/your/path/to/hive echo -e '1\x01foo' > /tmp/a.txt echo -e '2\x01bar' >> /tmp/a.txt HADOOP_CORE={{ls $HADOOP_HOME/hadoop-core*-core.jar}} CLASSPATH=.:$HIVE_HOME/conf:`hadoop classpath` for i in ${HIVE_HOME}/lib/*.jar ; do CLASSPATH=$CLASSPATH:$i done java -cp $CLASSPATH HiveJdbcClient |
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