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December 29, 2011 19:04
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Accumulo Installation and Configuration Steps on a Ubuntu VirtualBox Instance
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Oct 17, 2012 - See https://github.com/medined/accumulo_stackscript for an even better script. Really ignore the stuff below. Go. Scoot. | |
Aug 28, 2012 - See http://affy.blogspot.com/2012/08/stackscript-for-accumulo-on-linode.html for a more concise method is configuring accumulo. I'll leave this gist unchanged for fans of history. | |
My goal was to get Accumulo running on a VirtualBox Ubuntu instance. I was successful using the following steps. If a line starts with $ then it is a command-line to execute. Note that you'll need to have sudo privilege. My username was 'ubuntu'. If you are using a different username, you'll need to change the process a little bit. I'll try to point out where. | |
https://issues.apache.org/jira/browse/ACCUMULO | |
########## | |
# Start a new VirtualBox instance using the Ubuntu 11.10 | |
# Desktop ISO with at least 4G RAM and at least 10G of | |
# disk space. | |
########## | |
########## | |
# For verification, you can display the OS release. | |
########## | |
$ cat /etc/lsb-release | |
DISTRIB_ID=Ubuntu | |
DISTRIB_RELEASE=11.10 | |
DISTRIB_CODENAME=oneiric | |
DISTRIB_DESCRIPTION="Ubuntu 11.10" | |
########## | |
# Download all of the packages you'll need. Hopefully, | |
# you have a fast download connection. | |
########## | |
$ sudo apt-get update | |
$ sudo apt-get upgrade | |
$ sudo apt-get install curl | |
$ sudo apt-get install git | |
$ sudo apt-get install maven2 | |
$ sudo apt-get install openssh-server openssh-client | |
$ sudo apt-get install openjdk-7-jdk | |
########## | |
# Switch to the new Java. On my system, it was | |
# the third option (marked '2' naturally) | |
########## | |
$ sudo update-alternatives --config java | |
########## | |
# Set the JAVA_HOME variable. I took the | |
# time to update my .bashrc script. | |
########## | |
$ export JAVA_HOME=/usr/lib/jvm/java-7-openjdk-i386 | |
########## | |
# I stored the Accumulo source code into | |
# ~/workspace/accumulo. After compilation, you'll | |
# be working with a second Accumulo directory. By | |
# placing this 'original source' version into | |
# workspace it is nicely segregated. | |
########## | |
$ mkdir -p ~/workspace | |
$ cd ~/workspace | |
$ git clone https://github.com/apache/accumulo.git | |
$ cd accumulo | |
########## | |
# Now we can compile Accumulo which creates the | |
# accumulo-assemble-1.5.0-incubating-SNAPSHOT-dist.tar.gz | |
# file in the src/assemble/target directory. | |
# | |
# This step confused me because the Accumulo README | |
# mentions mvn assembly:single and I tried to use | |
# that Maven command. It is not needed, at least not | |
# in this situation. | |
########## | |
$ mvn package | |
########## | |
# Now we can download Cloudera's version of Hadoop. The | |
# first step is adding the repository. Note that oneiric | |
# is not explicitly supported as of 2011-Dec-20. So I am | |
# using the 'maverick' repository. | |
########## | |
# Create a repository list file. Add the two indented lines | |
# to the new file. | |
$ sudo vi /etc/apt/sources.list.d/cloudera.list | |
deb http://archive.cloudera.com/debian maverick-cdh3 contrib | |
deb-src http://archive.cloudera.com/debian maverick-cdh3 contrib | |
# Add public key | |
$ curl -s http://archive.cloudera.com/debian/archive.key | sudo apt-key add - | |
$ sudo apt-get update | |
# Install all of the Hadoop components. | |
$ sudo apt-get install hadoop-0.20 | |
$ sudo apt-get install hadoop-0.20-namenode | |
$ sudo apt-get install hadoop-0.20-datanode | |
$ sudo apt-get install hadoop-0.20-secondarynamenode | |
$ sudo apt-get install hadoop-0.20-jobtracker | |
$ sudo apt-get install hadoop-0.20-tasktracker | |
# Install zookeeper. It will automatically | |
# start. | |
sudo apt-get install hadoop-zookeeper-server | |
########## | |
# As an aside, you can use Ubuntu's service | |
# command to control zookeeper like this: | |
# sudo service hadoop-zookeeper-server start | |
########## | |
########## | |
# Now we can configure Pseudo-Distributed hadoop | |
# These steps were borrowed from | |
# http://hadoop.apache.org/common/docs/r0.20.2/quickstart.html | |
########## | |
# Set some environment variables. I added these to my | |
# .bashrc file. | |
$ export JAVA_HOME=/usr/lib/jvm/java-7-openjdk-i386 | |
$ export HADOOP_HOME=/usr/lib/hadoop-0.20 | |
$ export ZOOKEEPER_HOME=/usr/lib/zookeeper | |
$ cd $HADOOP_HOME/conf | |
# Create the hadoop temp directory. It should not | |
# be in the /tmp directory because that directory | |
# disappears after each system restart. Something | |
# that is done a lot with virtual machines. | |
sudo mkdir /hadoop_tmp_dir | |
sudo chmod 777 hadoop_tmp_dir | |
# Replace the existing file with the indented lines. | |
$ sudo vi core-site.xml | |
<?xml version="1.0"?> | |
<?xml-stylesheet type="text/xsl" href="configuration.xsl"?> | |
<configuration> | |
<property> | |
<name>hadoop.tmp.dir</name> | |
<value>/hadoop_tmp_dir</value> | |
</property> | |
<property> | |
<name>fs.default.name</name> | |
<value>hdfs://localhost:9000</value> | |
</property> | |
</configuration> | |
########## | |
# Notice that the dfs secondary http address is not | |
# the default in the XML below. I don't know what | |
# process was using the default, but I needed to | |
# change it to avoid the 'port already in use' message. | |
########## | |
# Replace the existing file with the indented lines. | |
$ sudo vi hdfs-site.xml | |
<?xml version="1.0"?> | |
<?xml-stylesheet type="text/xsl" href="configuration.xsl"?> | |
<configuration> | |
<property> | |
<name>dfs.secondary.http.address</name> | |
<value>0.0.0.0:8002</value> | |
</property> | |
<property> | |
<name>dfs.replication</name> | |
<value>1</value> | |
</property> | |
</configuration> | |
# Replace the existing file with the indented lines. | |
$ sudo vi mapred-site.xml | |
<?xml version="1.0"?> | |
<?xml-stylesheet type="text/xsl" href="configuration.xsl"?> | |
<configuration> | |
<property> | |
<name>mapred.job.tracker</name> | |
<value>localhost:9001</value> | |
</property> | |
</configuration> | |
# format the hadoop filesystem | |
$ hadoop namenode -format | |
########## | |
# Time to setup password-less ssh to localhost | |
########## | |
$ cd ~ | |
$ ssh-keygen -t dsa -P '' -f ~/.ssh/id_dsa | |
$ cat ~/.ssh/id_dsa.pub >> ~/.ssh/authorized_keys | |
# If you want to test that the ssh works, do this. Then exit. | |
$ ssh localhost | |
# Do some zookeeper configuration. | |
$ echo "maxClientCnxns=100" | sudo tee -a $ZOOKEEPER_HOME/conf/zoo.cfg | |
$ cd ~ | |
$ export TAR_DIR=~/workspace/accumulo/src/assemble/target | |
$ tar xvzf $TAR_DIR/accumulo-1.5.0-incubating-SNAPSHOT-dist.tar.gz | |
# Add the following to your .bashrc file. | |
$ export ACCUMULO_HOME=~/accumulo-1.5.0-incubating-SNAPSHOT | |
$ cd $ACCUMULO_HOME/conf | |
########### | |
# I didn't see the metrics file mentioned in the README file but | |
# there was a complaint in a log file about its being missing. | |
########### | |
cp slaves.example slaves | |
cp masters.example masters | |
cp accumulo-env.sh.example accumulo-env.sh | |
cp accumulo-site.xml.example accumulo-site.xml | |
cp accumulo-metrics.xml.example accumulo-metrics.xml | |
# create the write-ahead directory. | |
cd .. | |
mkdir walogs | |
########### | |
# Configure for 4Gb RAM. I definitely recommend using more RAM | |
# if you have it. Since I am using a VirtualBox instance, I don't | |
# have much memory to play with. | |
########### | |
# Change these two parameters to reduce memory usage. | |
$ vi conf/accumulo-site.xml | |
tserver.memory.maps.max=256M | |
tserver.cache.index.size=128M | |
# Change (or add) the trace.password entry if the root password is | |
# not the default of "secret" | |
<property> | |
<name>trace.password</name> | |
<value>mypassword_for_root_user</value> | |
</property> | |
# Reduce the JVM memory. I have no real idea what these should be but these | |
# settings work. I consider them a magic formula. :) | |
vi conf/accumulo-env.sh | |
test -z "$ACCUMULO_TSERVER_OPTS" && export ACCUMULO_TSERVER_OPTS="${POLICY} -Xmx512m -Xms512m -Xss128k" | |
test -z "$ACCUMULO_MASTER_OPTS" && export ACCUMULO_MASTER_OPTS="${POLICY} -Xmx512m -Xms128m" | |
test -z "$ACCUMULO_MONITOR_OPTS" && export ACCUMULO_MONITOR_OPTS="${POLICY} -Xmx256m -Xms128m" | |
test -z "$ACCUMULO_GC_OPTS" && export ACCUMULO_GC_OPTS="-Xmx256m -Xms128m" | |
test -z "$ACCUMULO_LOGGER_OPTS" && export ACCUMULO_LOGGER_OPTS="-Xmx128m -Xms64m" | |
test -z "$ACCUMULO_GENERAL_OPTS" && export ACCUMULO_GENERAL_OPTS="-XX:+UseConcMarkSweepGC -XX:CMSInitiatingOccupancyFraction=75" | |
test -z "$ACCUMULO_OTHER_OPTS" && export ACCUMULO_OTHER_OPTS="-Xmx256m -Xms128m" | |
####### | |
####### | |
####### | |
####### | |
# REPEAT FOR EACH RESTART | |
# | |
# Since we are working inside a virtual machine, I found that | |
# some settings did not survive a shutdown or reboot. From this | |
# point on, repeat these command for each instance startup. | |
####### | |
# hadoop was installed as root. Therefore we need to | |
# change the ownership so that your username can | |
# write. IF YOU ARE NOT USING 'ubuntu', CHANGE THE | |
# COMMAND ACCORDINGLY. | |
$ sudo chown -R ubuntu:ubuntu /usr/lib/hadoop-0.20 | |
$ sudo chown -R ubuntu:ubuntu /var/run/hadoop-0.20 | |
$ sudo chown -R ubuntu:ubuntu /var/log/hadoop-0.20 | |
# Start hadoop. I remove the logs so that I can find errors | |
# faster when I iterate through configuration settings. | |
$ cd $HADOOP_HOME | |
$ rm -rf logs/* | |
$ bin/start-dfs.sh | |
$ bin/start-mapred.sh | |
# If desired, look at the hadoop jobs. Your output should look something | |
# like the intended lines. | |
$ jps | |
4017 JobTracker | |
4254 TaskTracker | |
30279 Main | |
9808 Jps | |
3517 NameNode | |
3737 DataNode | |
########## | |
# This is an optional step to prove that the NameNode is running. | |
# Use a web browser like Firefix if you can. | |
########## | |
$ wget http://localhost:50070/ | |
$ cat index.html | |
$ rm index.html | |
########## | |
# This is an optional step to prove that the JobTracker is running. | |
# Use a web browser like Firefix if you can. | |
########## | |
$ wget http://localhost:50030/ | |
$ cat index.html | |
$ rm index.html | |
########## | |
# This is an optional step to prove that a map-reduce job | |
# can be run. In other words, that hadoop is working. | |
########## | |
$ hadoop dfs -rmr input | |
$ hadoop fs -put $HADOOP_HOME/conf input | |
$ hadoop jar $HADOOP_HOME/hadoop-*-examples.jar grep input output 'dfs[a-z.]+' | |
$ hadoop fs -cat output/* | |
########### | |
# And now, the payoff. Let's get Accumulo to run. | |
########### | |
# Provide an instance (development) name and password (password) when asked. | |
$ cd $ACCUMULO_HOME | |
$ bin/accumulo init | |
# I remove the logs to make debugging easier. | |
rm -rf logs/* | |
bin/start-all.sh | |
########## | |
# This is an optional step to prove that Accumulo is running. | |
# Use a web browser like Firefox if you can. | |
########## | |
$ wget http://localhost:50095/ | |
$ cat index.html | |
$ rm index.html | |
# Check the logs directory. | |
$ cd logs | |
# Look for content in .err or .out files. The file sizes should all be zero. | |
$ ls -l *.err *.out | |
# Look for error messages. Ignore messages about the missing libNativeMap file. | |
$ grep ERROR * | |
# Start the Accumulo shell. If this works, see the README file for an example | |
# how to use the shell. | |
$ bin/accumulo shell -u root -p password | |
########### | |
# Do a little victory dance. You're now an Accumulo user! | |
########### | |
########## | |
# Building Accumulo Documentation | |
########## | |
$ sudo apt-get install texlive-latex-base | |
$ sudo apt-get install texlive-latex-extra | |
$ rm ./docs/accumulo_user_manual.pdf | |
$ mvn -Dmaven.test.skip=true prepare-package | |
cd docs/src/developer_manual | |
pdflatex developer_manual && pdflatex developer_manual && pdflatex developer_manual && pdflatex developer_manual | |
########## | |
# Reading Documentation | |
########## | |
http://incubator.apache.org/accumulo/user_manual_1.4-incubating | |
docs/src/developer_manual/developer_manual.pdf | |
$ ls -l docs/examples | |
########## | |
# Things to Try | |
########## | |
bin/accumulo org.apache.accumulo.server.util.ListInstances | |
WHY DOES THIS NPE? | |
bin/accumulo org.apache.accumulo.server.util.DumpTable batchtest1 | |
########## | |
# Running Accumulo Examples | |
########## | |
export EXAMPLE_JAR=lib/examples-simple-1.5.0-incubating-SNAPSHOT.jar | |
export EXAMPLE_PACKAGE=org.apache.accumulo.examples.simple | |
cd $ACCUMULO_HOME | |
export AINSTANCE=development | |
export AZOOKEEPERS=localhost | |
export AUSER=root | |
export APASSWORD=password | |
export AOPTIONS="$AINSTANCE $AZOOKEEPERS $AUSER $APASSWORD" | |
# --------------------------- | |
# Examples from README.batch | |
# --------------------------- | |
# start the command-line shell. | |
bin/accumulo shell -u root -p password | |
> setauths -u root -s exampleVis | |
> createtable batchtest1 | |
> exit | |
export TABLE=batchtest1 | |
export START=0 | |
export NUM=10000 | |
export VALUE_SIZE=50 | |
export MAX_MEMORY=20000000 | |
export MAX_LATENCY=500 | |
export NUM_THREADS=20 | |
export COLUMN_VISIBILITY=exampleVis | |
bin/accumulo $EXAMPLE_PACKAGE.client.SequentialBatchWriter $AOPTIONS $TABLE $START $NUM $VALUE_SIZE $MAX_MEMORY $MAX_LATENCY $NUM_THREADS $COLUMN_VISIBILITY | |
export NUM=1000 | |
export MIN=0 | |
export MAX=10000 | |
export EXPECTED_VALUE_SIZE=50 | |
bin/accumulo $EXAMPLE_PACKAGE.client.RandomBatchScanner $AOPTIONS $TABLE $NUM $MIN $MAX $EXPECTED_VALUE_SIZE $NUM_THREADS $COLUMN_VISIBILITY | |
# ---------------------------- | |
# Examples from README.bloom | |
# ---------------------------- | |
### create table without bloom filter. | |
bin/accumulo shell -u $AUSER -p $APASSWORD | |
> setauths -u root -s exampleVis | |
> createtable bloom_test1 | |
bloom_test1> config -t bloom_test1 -s table.compaction.major.ratio=7 | |
bloom_test1> exit | |
export TABLE=bloom_test1 | |
export NUM=1000000 | |
export MIN=0 | |
export MAX=1000000000 | |
export VALUE_SIZE=50 | |
export MAX_MEMORY=2000000 | |
export MAX_LATENCY=60000 | |
export NUM_THREADS=20 | |
export COLUMN_VISIBILITY=exampleVis | |
# create a million records | |
bin/accumulo $EXAMPLE_PACKAGE.client.RandomBatchWriter -s 7 $AOPTIONS $TABLE $NUM $MIN $MAX $VALUE_SIZE $MAX_MEMORY $MAX_LATENCY $NUM_THREADS $COLUMN_VISIBILITY | |
bin/accumulo shell -u $AUSER -p $APASSWORD -e 'flush -t bloom_test1 -w' | |
bin/accumulo $EXAMPLE_PACKAGE.client.RandomBatchWriter -s 8 $AOPTIONS $TABLE $NUM $MIN $MAX $VALUE_SIZE $MAX_MEMORY $MAX_LATENCY $NUM_THREADS $COLUMN_VISIBILITY | |
bin/accumulo shell -u $AUSER -p $APASSWORD -e 'flush -t bloom_test1 -w' | |
bin/accumulo $EXAMPLE_PACKAGE.client.RandomBatchWriter -s 9 $AOPTIONS $TABLE $NUM $MIN $MAX $VALUE_SIZE $MAX_MEMORY $MAX_LATENCY $NUM_THREADS $COLUMN_VISIBILITY | |
### create table with bloom filter. | |
bin/accumulo shell -u $AUSER -p $APASSWORD | |
> createtable bloom_test2 | |
bloom_test2> config -t bloom_test2 -s table.compaction.major.ratio=7 | |
bloom_test2> config -t bloom_test2 -s table.bloom.enabled=true | |
bloom_test2> exit | |
export TABLE=bloom_test2 | |
bin/accumulo $EXAMPLE_PACKAGE.client.RandomBatchWriter -s 7 $AOPTIONS $TABLE $NUM $MIN $MAX $VALUE_SIZE $MAX_MEMORY $MAX_LATENCY $NUM_THREADS $COLUMN_VISIBILITY | |
bin/accumulo shell -u $AUSER -p $APASSWORD -e 'flush -t bloom_test2 -w' | |
bin/accumulo $EXAMPLE_PACKAGE.client.RandomBatchWriter -s 8 $AOPTIONS $TABLE $NUM $MIN $MAX $VALUE_SIZE $MAX_MEMORY $MAX_LATENCY $NUM_THREADS $COLUMN_VISIBILITY | |
bin/accumulo shell -u $AUSER -p $APASSWORD -e 'flush -t bloom_test2 -w' | |
bin/accumulo $EXAMPLE_PACKAGE.client.RandomBatchWriter -s 9 $AOPTIONS $TABLE $NUM $MIN $MAX $VALUE_SIZE $MAX_MEMORY $MAX_LATENCY $NUM_THREADS $COLUMN_VISIBILITY | |
bin/accumulo shell -u $AUSER -p $APASSWORD -e 'flush -t bloom_test2 -w' | |
### read table without bloom filter. | |
export TABLE=bloom_test1 | |
export NUM=500 | |
# same seed, records are found. | |
bin/accumulo $EXAMPLE_PACKAGE.client.RandomBatchScanner -s 7 $AOPTIONS $TABLE $NUM $MIN $MAX $EXPECTED_VALUE_SIZE $NUM_THREADS $COLUMN_VISIBILITY | |
# different seed, no results | |
bin/accumulo $EXAMPLE_PACKAGE.client.RandomBatchScanner -s 8 $AOPTIONS $TABLE $NUM $MIN $MAX $EXPECTED_VALUE_SIZE $NUM_THREADS $COLUMN_VISIBILITY | |
### read table with bloom filter. | |
export TABLE=bloom_test2 | |
bin/accumulo $EXAMPLE_PACKAGE.client.RandomBatchScanner -s 7 $AOPTIONS $TABLE $NUM $MIN $MAX $EXPECTED_VALUE_SIZE $NUM_THREADS $COLUMN_VISIBILITY | |
### verify the map tables | |
# display the table ids. | |
bin/accumulo shell -u $AUSER -p $APASSWORD -e 'tables -l' | |
# display the hdfs files associated with the table id. | |
hadoop fs -lsr /accumulo/tables/3 | |
# use PrintInfo to show the fies has a bloom filter. | |
bin/accumulo org.apache.accumulo.core.file.rfile.PrintInfo /accumulo/tables/4/default_tablet/F000000e.rf | |
# ---------------------------- | |
# Examples from README.bulkIngest | |
# ---------------------------- | |
export TABLE=test_bulk | |
export FIRST_SPLIT=row_00000333 | |
export SECOND_SPLIT=row_00000666 | |
bin/accumulo $EXAMPLE_PACKAGE.mapreduce.bulk.SetupTable $AOPTIONS $TABLE $FIRST_SPLIT $SECOND_SPLIT | |
export START=0 | |
export END=1000 | |
export BULK_FILE=bulk/test_1.txt | |
bin/accumulo $EXAMPLE_PACKAGE.mapreduce.bulk.GenerateTestData $START $END $BULK_FILE | |
# | |
# see the file that was just created | |
# | |
hadoop fs -cat $BULK_FILE | |
export INPUT=bulk | |
export OUTPUT=tmp/bulkWork | |
bin/tool.sh lib/accumulo-examples-*[^c].jar $EXAMPLE_PACKAGE.mapreduce.bulk.BulkIngestExample $AOPTIONS $TABLE $INPUT $OUTPUT | |
bin/accumulo $EXAMPLE_PACKAGE.mapreduce.bulk.VerifyIngest $AOPTIONS $TABLE $START $END | |
# ------------------------------- | |
# Examples from README.combiner | |
# ------------------------------- | |
bin/accumulo shell -u $AUSER -p $APASSWORD | |
>createtable runners | |
# enter 'stat' and '10' when asked | |
runners> setiter -t runners -p 10 -scan -minc -majc -n decStats -class org.apache.accumulo.examples.combiner.StatsCombiner | |
runners> setiter -t runners -p 11 -scan -minc -majc -n hexStats -class org.apache.accumulo.examples.combiner.StatsCombiner | |
runners> insert 123456 name first Joe | |
runners> insert 123456 stat marathon 240 | |
runners> scan | |
runners> insert 123456 stat marathon 230 | |
runners> insert 123456 stat marathon 220 | |
# | |
# The next scan will show the min, max, sum, and count for the 123456:stat:marathon row. | |
# | |
runners> scan | |
runners> insert 123456 hstat virtualMarathon 6a | |
runners> insert 123456 hstat virtualMarathon 6b | |
# | |
# The next scan will show the min, max, sum, and count (in hexadecimal) for the 123456:hstat:marathon row. | |
# | |
runners> scan | |
runners> exit | |
# ------------------------------- | |
# Examples from README.constraints | |
# ------------------------------- | |
bin/accumulo shell -u $AUSER -p $APASSWORD | |
> createtable testConstraints | |
testConstraints> config -t testConstraints -s table.constraint.1=org.apache.accumulo.examples.constraints.NumericValueConstraint | |
testConstraints> config -t testConstraints -s table.constraint.2=org.apache.accumulo.examples.constraints.AlphaNumKeyConstraint | |
testConstraints> insert r1 cf1 cq1 1111 | |
testConstraints> insert r1 cf1 cq1 ABC | |
Constraint Failures: | |
ConstraintViolationSummary(...NumericValueConstraint, ..., violationDescription:Value is not numeric...) | |
testConstraints> insert r1! cf1 cq1 ABC | |
Constraint Failures: | |
ConstraintViolationSummary(...NumericValueConstraint, ..., violationDescription:Value is not numeric...) | |
ConstraintViolationSummary(...AlphaNumKeyConstraint, ..., violationDescription:Row was not alpha numeric...) | |
testConstraints> scan | |
r1 cf1:cq1 [] 1111 | |
testConstraints> exit | |
# ------------------------------- | |
# Examples from README.dirlist | |
# ------------------------------- | |
export DIR_TABLE=dirTable | |
export INDEX_TABLE=indexTable | |
export DATA_TABLE=dataTable | |
export AUTHORIZATION=exampleVis | |
export COLUMN_VISIBILITY=exampleVis | |
export DATA_CHUNK_SIZE=100000 | |
export DIR_TO_INDEX=/home/$USER/workspace | |
# index the directory on local disk | |
bin/accumulo $EXAMPLE_PACKAGE.dirlist.Ingest $AOPTIONS $DIR_TABLE $INDEX_TABLE $DATA_TABLE $COLUMN_VISIBILITY $DATA_CHUNK_SIZE $DIR_TO_INDEX | |
export DIR_TO_VIEW=/home/$USER/workspace/accumulo/conf | |
bin/accumulo $EXAMPLE_PACKAGE.dirlist.Viewer $AOPTIONS $DIR_TABLE $DATA_TABLE $AUTHORIZATION $DIR_TO_VIEW | |
# display information about a directory. | |
export DIR_TO_VIEW=/home/$USER/workspace/accumulo/conf | |
bin/accumulo org.apache.accumulo.examples.dirlist.QueryUtil $AOPTIONS $DIR_TABLE $COLUMN_VISIBILITY $DIR_TO_VIEW | |
# find files | |
export FILE_TO_FIND=masters.example | |
bin/accumulo $EXAMPLE_PACKAGE.dirlist.QueryUtil $AOPTIONS $INDEX_TABLE $COLUMN_VISIBILITY $FILE_TO_FIND -search | |
export TRAILING_WILDCARD="masters*" | |
bin/accumulo $EXAMPLE_PACKAGE.dirlist.QueryUtil $AOPTIONS $INDEX_TABLE $COLUMN_VISIBILITY $TRAILING_WILDCARD -search | |
export LEADING_WILDCARD="*.jar" | |
bin/accumulo $EXAMPLE_PACKAGE.dirlist.QueryUtil $AOPTIONS $INDEX_TABLE $COLUMN_VISIBILITY $LEADING_WILDCARD -search | |
export WILDCARD="commons*.jar" | |
bin/accumulo $EXAMPLE_PACKAGE.dirlist.QueryUtil $AOPTIONS $INDEX_TABLE $COLUMN_VISIBILITY $WILDCARD -search | |
# count files | |
export AUTHORIZATION=exampleVis | |
export COLUMN_VISIBILITY=exampleVis | |
bin/accumulo $EXAMPLE_PACKAGE.dirlist.FileCount $AOPTIONS $DIR_TABLE $AUTHORIZATION $COLUMN_VISIBILITY | |
# ------------------------------- | |
# Examples from README.filedata | |
# ------------------------------- | |
How is FileDataIngest used? | |
* FileDataIngest - Takes a list of files and archives them into Accumulo keyed on the SHA1 hashes of the files. | |
# ------------------------------- | |
# Examples from README.filter | |
# ------------------------------- | |
bin/accumulo shell -u $AUSER -p $APASSWORD | |
> createtable filtertest | |
filtertest> setiter -t filtertest -scan -p 10 -n myfilter -filter | |
WAITING FOR JIRA TICKET RESOLUTION. | |
# ------------------------------- | |
# Examples from README.helloworld | |
# ------------------------------- | |
bin/accumulo shell -u $AUSER -p $APASSWORD | |
> createtable hellotable | |
hellotable> exit | |
export TABLE=hellotable | |
bin/accumulo $EXAMPLE_PACKAGE.helloworld.InsertWithBatchWriter $AINSTANCE $AZOOKEEPERS $TABLE $AUSER $APASSWORD | |
# insert via map-reduce | |
bin/accumulo $EXAMPLE_PACKAGE.helloworld.InsertWithOutputFormat $AINSTANCE $AZOOKEEPERS $TABLE $AUSER $APASSWORD | |
# display the records using the shell | |
bin/accumulo shell -u $AUSER -p $APASSWORD | |
> table hellotable | |
> scan | |
> exit | |
# display the records | |
bin/accumulo $EXAMPLE_PACKAGE.helloworld.ReadData $AINSTANCE $AZOOKEEPERS $TABLE $AUSER $APASSWORD | |
# ------------------------------- | |
# Examples from README.mapred | |
# ------------------------------- | |
hadoop fs -copyFromLocal $ACCUMULO_HOME/README wc/Accumulo.README | |
hadoop fs -ls wc | |
bin/accumulo shell -u $AUSER -p $APASSWORD | |
> createtable wordCount -a count=org.apache.accumulo.core.iterators.aggregation.StringSummation | |
> exit | |
export INPUT=wc | |
export OUTPUT=wordCount | |
bin/tool.sh lib/accumulo-examples-*[^c].jar $EXAMPLE_PACKAGE.mapreduce.WordCount $AINSTANCE $AZOOKEEPERS $INPUT $OUTPUT -u $AUSER -p $APASSWORD | |
# read the count from the accumulo table. | |
bin/accumulo shell -u $AUSER -p $APASSWORD | |
> table wordCount | |
wordCount> scan -b the | |
wordCount> exit | |
# ------------------------------- | |
# Examples from README.shard | |
# ------------------------------- | |
# create accumulo tables | |
bin/accumulo shell -u $AUSER -p $APASSWORD | |
> createtable shard | |
shard> createtable doc2term | |
doc2term> exit | |
# index some files | |
cd $ACCUMULO_HOME | |
export SHARD_TABLE=shard | |
export NUM_PARTITIONS=30 | |
find src -name "*.java" | xargs bin/accumulo $EXAMPLE_PACKAGE.shard.Index $AINSTANCE $AZOOKEEPERS $SHARD_TABLE $AUSER $APASSWORD $NUM_PARTITIONS | |
export TERMS_TO_FIND="foo bar" | |
bin/accumulo $EXAMPLE_PACKAGE.shard.Query $AINSTANCE $AZOOKEEPERS $SHARD_TABLE $AUSER $APASSWORD $TERMS_TO_FIND | |
# populate doc2term | |
export DOC2TERM_TABLE=doc2term | |
bin/accumulo $EXAMPLE_PACKAGE.shard.Reverse $AINSTANCE $AZOOKEEPERS $SHARD_TABLE $DOC2TERM_TABLE $AUSER $APASSWORD | |
export NUM_TERMS=5 | |
export ITERATION_COUNT=5 | |
bin/accumulo org.apache.accumulo.examples.shard.ContinuousQuery $AINSTANCE $AZOOKEEPERS $SHARD_TABLE $DOC2TERM_TABLE $AUSER $APASSWORD $NUM_TERMS $ITERATION_COUNT | |
##################################################################################### | |
##################################################################################### | |
##################################################################################### | |
# --------------------------------------------- | |
# Other programs in client package | |
# --------------------------------------------- | |
bin/accumulo $EXAMPLE_PACKAGE.client.Flush $A_OPTIONS $TABLE | |
# To see all options. | |
bin/accumulo $EXAMPLE_PACKAGE.client.ReadWriteExample | |
bin/accumulo $EXAMPLE_PACKAGE.client.ReadWriteExample -i $AINSTANCE -z $AZOOKEEPERS -u $AUSER -p $APASSWORD -t $TABLE -s $COLUMN_VISIBILITY --read | |
bin/accumulo $EXAMPLE_PACKAGE.client.RowOperations $AOPTIONS | |
./src/main/java/org/apache/accumulo/examples/constraints/MaxMutationSize.java | |
./src/main/java/org/apache/accumulo/examples/isolation/InterferenceTest.java |
I downloaded Accumulo VM from this URL: http://blog.sqrrl.com/post/40578606670/quick-accumulo-install
I bring it up in Virtualbox it asks me for ubuntu username and password.
Anybody know what the username and password is?
Thanks
a quick note, I had to use Maven 3 instead of Maven 2
Hi Tim i have the same problem...
How did you solve it?
Thanks
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two thumbs up!