A Vagrantfile plus a set of Bash scripts to full automate the configuration of a software development or server Linux VM.
This allows the distribution of virtual machines with small file size (under 200Mb) compared to the tens of gigabytes required for a VM image.
The default install creates a minimal CentOS 7 virtual machine to start building a server or a development machine. This minimal machine contains:
- CentOS 7.5
- Git
- OpenSSL 1.0.2
- Mercurial with HGK and Extension Queues
Video aceleration, which is highly recommended if using Cinnamon, requires VirtualBox Additions 5.2.18 or later.
It is possible to install selectively the following applications.
- Android Studio 3.0.1
- Ant 1.9.4
- Apache Directory Service 2.0
- Apache HTTPD 2.4.6 + PHP 5.4.16
- Berkeley DB 6.0, 6.1 or 6.2 with Java bindings
- Cassandra 3.9 (requires Java 8 and Python 2.7)
- Cinnamon
- DCEVM (requires Java 8)
- Django 1.11.10
- Docker
- Eclipse 4.9
- Editix XML Editor
- Elasticsearch 6
- Erlang
- Java 8.0 + JAI 1.1.3
- Java 9.0
- Java 11.0
- Hadoop 2.8.5 (requires Java 8)
- HBase 2.1.0 (requires Hadoop)
- IntelliJ IDEA 3.4 Community
- Jenkins
- John The Ripper 1.8.0
- Kibana 6
- Kotlin (requires SDKMAN)
- Gradle 3.4.1
- Groovy 2.4.13 (requires Java 8)
- LAMP (MySQL + PHP + phpMyAdmin)
- Logstash
- Maven 3.5.3
- MongoDB
- MySQL 5.6 + phpMyAdmin
- Nagios 4.1.1
- NodeJS + Bower + Express
- Open Fire 3.9.3
- OpenLDAP 2.4 + phpLDAPAdmin
- Openshift 3.7.1
- Oracle Express 11g2
- Oracle 12c
- phpPgAdmin 5.1.2
- Play Framework 2.2.6
- PostgreSQL 9.3 or 9.6 + PostGIS 2.0 or 2.4
- Protocol Buffers 2.5.0
- RabbitMQ 3.7.3
- Ruby 2.2.6
- Scala 2.10 or 2.11
- SDKMAN
- Selenium 2.42
- Solr 6.1.0
- Tomcat 8.0 or 8.5
- VSFTP
- Weblogic 12.2.1.3
- Zookeeper 3.4.13
-
Ensure that virtualization is enabled at your BIOS.
-
Ensure that you have an ssh client in your host. If your host is Linux most probably is already there. If your host is Windows then install PuTTY, Cygwin or Git to get an ssh client as a side effect. Check that ssh executable is in your PATH.
-
Install Oracle Virtual Box 5.2.18 or higher.
-
Install Vagrant 1.9 or higher.
-
Optional. If you are using a proxy with basic authentication (not NTLM), read the proxy configuration section.
-
Download source from GitHub, if you have Git installed in your host then do :
git clone https://github.com/sergiomt/centorion.git- If you are using a proxy, you will have to configure it for Git by doing
git config --global http.proxy http://_proxyuser_:_proxypwd_@_XXX.XXX.XXX.XXX_:_port_
Or if you do not have Git in your host then download and unzip
https://github.com/sergiomt/centorion/archive/master.zip - If you are using a proxy, you will have to configure it for Git by doing
-
Optional (but it is cumbersome to change later). The base box define not only the operating system but also other parameters like initial disk space and swap file size. The minimal box has 15Gb disk space and 1.2Gb of swap. These figures are insufficient for certain applications like Oracle. Therefore, it is convenient to replace the default base box with another one larger. This is achieved by changing the vs.vm.box_url property in
Vagrantfile. See the base boxes section for more information. -
Optional (you can do this later). If you are going to install a graphical user interface then edit Vagrantfile and set vb.gui = true.
-
Optional (you can do this later). If you are going to use an SSH key then copy then SSH key (id_dsa or id_rsa) authorized for your Git repository at vagrant-setup/.ssh/
-
Optional. Edit
setup.shfile and set what applications will be installed by default by changingINSTALLED_APPS. -
Open a command prompt at the directory of this README file and type:
vagrant up CentOrionThat will create a virtual machine from scratch. It will usually take from 5 to 10 minutes depending on the speed of your Internet connection.
If your are setting up an Openshift cluster then your command must be:
vagrant up openshift-master openshift-node1 -
In the meantime, add the line
192.168.101.110 centorionto your host machine hosts file which will be at
/etc/hostsin Linux or atC:\Windows\Sytem32\drivers\etc\hostsin Windows.If you are setting up an Openshift cluster then add at hosts:
192.168.101.111 openshift-master192.168.101.112 openshift-node1 -
After creating the virtual machine move to its base directory in the host and connect to guest by doing:
vagrant ssh CentOrionor for connecting using PuTTY read Connect to your Vagrant VM withPuTTY.
-
Once logged into the Vagrant VM, from directory
/vagrant/vagrant-setuprun the selected Bash (.sh) scripts for installing the desired applications. For example, a basic Tomcat 8 server deployment could consist of: java80.sh, maven321.sh and tomcat80.sh. The order of execution of the scripts is important. -
The guest machine has the private IP address 192.168.101.110
-
The base directory in the host is by default a shared folder between host and guest.
-
Optional. To save some disk space after install, you can delete the files at
/vagrant/vagrant-setup/cacheThis is not recommended if you are going to create, destroy, re-create the virtual machine more than once because the set up scripts keep a local copy of downloaded packages, so with cache the second time that you create your VM the process will be much faster and use far less bandwidth.
For each application there is a Bash shell script at /vagrant/vagrant-setup directory on the guest.
Most of these shell scripts must be execute as root by mean of:
sudo /vagrant/vagrant-setup/the_script_name.sh
Some applications require others so order of installation is important.
Most of the scripts will either inform you about missing dependencies on other scripts or install the required dependencies themselves.
To fully automate application installation on machine creation, add the desired script names to INSTALLED_APPS variable in setup.sh
The password for root and vagrant users is vagrant
It is installed at /opt/apache-ds-2.0.0-M17
Listens at port 10389
Manage with: service apacheds [start|stop] default
Installation Scripts 6.0, 6.1, 6.2,
Latest version 6.2 is installed at /usr/share/db-6.2.32
Includes Java bindings
The user vagrant is added to docker group.
Cassandra 3.9 requires Java 8 or later.
Start and stop with
sudo service cassandra [start|stop|status]
Enter the Cassandra Command Line with:
cqlsh
Check Cassandra Node Status with:
nodetool status
Start Opscenter with:
/usr/share/opscenter/bin/opscenter
(use -f option to start as foreground process)
Access OpsCenter through: http://192.168.101.110:8888/
Configuration documentation http://docs.datastax.com/en/cassandra/3.x/cassandra/configuration/configTOC.html
The version of Cinnamon installed is chosen by yum package installer.
Installing Cinnamon will require at least one guest reboot and maybe more.
Before starting to install Cinnamon set vb.gui = true at Vagrantfile to enable GUI.
It is also recommended that you enable 3D acceleration in VirtualBox screen settings, otherwise you'll get a "Cinnamon is using software rendering mode" warning you about degraded UI performance.
A few GNOME applications are installed by default:
- GNOME Terminal
- GNOME System Monitor
- GEdit
- Sublime Text
- Mozilla Firefox
In order to install Cinnamon you must run once:
sudo cinnamon.sh
from /vagrant/vagrant-setup
and after the script finishes executing reboot the guest virtual machine.
For JDK 11 there is a full integrated JDK instead of using -XXaltjvm=dcevm option.
For Java 9 there is a JDK in HotswapProjects
For Java 8, usually, it is not necessary to recompile DCEVM using dcevm80.sh because the JVM binaries for JDK 1.8.0_05, 1.8.0_112 and 1.8.0_162 are already precompiled at tomcat/dcevm
DCEVM is very sensitive to any minor change in Java version, so check its homepage for compatibility before performing any change on Java.
Django is installed with the virtualenv tool. This tool allows to create virtual Python environments where you can install any Python packages you want without affecting the rest of the system.
Python projects are put at /home/vagrant/pythonprojects where a default environment called env1 is atomatically created. Then Django is installed on the env1 virtualenvironment.
virtualenv does not work properly on folders shared between the host and the guest, read here the gory details.
Before using any virtualenvironment you must activate it with
source environment_name/bin/activate
To create a new project in an evironment type:
django-admin startproject projectname
To bootstrap the database (which uses SQLite by default) type:
python manage.py migrate
You can create an administrative user by typing:
python manage.py createsuperuser
Once you have a user, you can start up the Django development server. You should only use this for development purposes. Run:
python manage.py runserver 0.0.0.0:8000
Docker is enabled to start on boot by default after install.
To disable start on boot do
sudo systemctl disable docker
Is installed at /usr/share/eclipse
At /vagrant/vagrant-setup/eclipse there are scripts for adding PyDev.
Scala 2.10 or 2.11 require an older releases of the Scala IDE for Eclipse To install Scala IDE 4.5.0 for Scala 2.11.8 use this installation Script after having installed Eclipse.
EDITIX XML EDITOR
Requires Ant.
It is installed at /usr/share/editix
Launch with ant run
It's installed at /usr/share/elasticsearch
To configure Elasticsearch to start automatically when the system boots up, run the following commands:
sudo /bin/systemctl daemon-reload
sudo /bin/systemctl enable elasticsearch.service
Elasticsearch can be started and stopped as follows:
sudo systemctl start elasticsearch.service
sudo systemctl stop elasticsearch.service
These commands provide no feedback as to whether Elasticsearch was started successfully or not. Instead, this information will be written in the log files located in /var/log/elasticsearch/.
By default the Elasticsearch service doesn�t log information in the systemd journal. To enable journalctl logging, the --quiet option must be removed from the ExecStart command line in the elasticsearch.service file.
When systemd logging is enabled, the logging information are available using the journalctl commands:
To tail the journal:
sudo journalctl -f
To list journal entries for the elasticsearch service:
sudo journalctl --unit elasticsearch
To list journal entries for the elasticsearch service starting from a given time:
sudo journalctl --unit elasticsearch --since "2016-10-30 18:17:16"
Check man journalctl or https://www.freedesktop.org/software/systemd/man/journalctl.html for more command line options.
You can test that your Elasticsearch node is running by sending an HTTP request to port 9200 on localhost: GET / which should give a JSON object as response.
Elasticsearch defaults to using /etc/elasticsearch for runtime configuration. The ownership of this directory and all files in this directory are set to root:elasticsearch on package installation and the directory has the setgid flag set so that any files and subdirectories created under /etc/elasticsearch are created with this ownership as well (e.g., if a keystore is created using the keystore tool). It is expected that this be maintained so that the Elasticsearch process can read the files under this directory via the group permissions.
Elasticsearch loads its configuration from the /etc/elasticsearch/elasticsearch.yml file by default. The format of this config file is explained in Configuring Elasticsearch.
The RPM also has a system configuration file /etc/sysconfig/elasticsearch.
Read more at:
To use an SSH key on Github instead of user/password, save the private key at ~/.ssh add this to ~/.ssh/config
Host www.github.com HostName github.com StrictHostKeyChecking no UserKnownHostsFile=/dev/null IdentityFile ~/.ssh/id_dsa User git
then execute
git config core.sshCommand "ssh -i ~/.ssh/id_dsa -F /dev/null"
last in your shell run addsshagentkey.sh
To use Meld as merge tool execute
sudo yum install meld
and add this to your .gitconfig file.
[diff] tool = meld [difftool] prompt = false [difftool "meld"] cmd = meld "$LOCAL" "$REMOTE"
Is installed at /usr/local/gradle
Is installed at /usr/local/groovy
You can test installation by typing in a command shell:
/usr/local/groovy/bin/groovysh
Which should create an interactive groovy shell where you can type Groovy statements.
Or to run the Swing interactive console type:
groovyConsole
To run a specific Groovy script type:
groovy SomeScript
Hadoop will be compiled from source in order to generate its native libraries. Protocol Buffers will be installed as a side effect of installing Hadoop.
The installation script copies native libraries to /usr/local/lib
Ensure that port 9001 is added at /etc/ssh/sshd_config
Runs under user hadoop
Start and stop HDFS and Yarn with
sudo service hadoop [start|stop]
Cluster Manager is at http://192.168.101.110:8088/
Node HTTP address is http://192.168.101.110:8042/
The recommended Hadoop version is 2.7.7
Older HBase 1.1.2 requires Hadoop 2.5.1
It is installed in pseudo-distributed mode with unmanaged Zookeeper at
/usr/share/hbase
Runs under the same user as Hadoop
Start and stop with
sudo service hbase [start|stop]
Web console is at http://192.168.101.110:16010/
Read about architecture at https://www.mapr.com/blog/in-depth-look-hbase-architecture
For distributed set up read https://cyberfrontierlabs.com/2014/09/30/getting-started-with-distributed-hbase-and-zookeeper/
For conf/hbase-site.xml config see
- http://hbase.apache.org/book.html
- http://jayatiatblogs.blogspot.co.uk/2013/01/hbase-installation-fully-distributed.html
- https://github.com/apache/hbase/blob/master/hbase-common/src/main/resources/hbase-default.xml
Start the command line client with
/usr/share/hbase/bin/hbase shell
For hbase shell commands see https://learnhbase.wordpress.com/2013/03/02/hbase-shell-commands/
After the initial setup you must upgrade to the latest JDK following these instructions. IntelliJ Open File dialogs won't work with Java 1.8.0_05.
The IDE is installed at /usr/share/intellij
Start it with idea from any location (the symbolic link points to /usr/share/intellij/bin/idea.sh
By default, it is installed at /usr/java/jdk1.8.0_162
Java 8 setup changes both /default and /latest symlinks of installed Java version.
To change the minor version which is installed, edit the installation script and change JDK, RPM and OTN variables.
Java 9 setup changes /latest but not /default symlink of installed Java version.
It is installed at /usr/java/jdk-9.0.4
Java 11 setup changes /latest but not /default symlink of installed Java version.
It is installed at /usr/java/jdk-11.0.1
Start and stop with
sudo systemctl [start|stop|status] jenkins
It runs at port 8087.
Access through http://192.168.101.110:8087
Its configuration is at /etc/sysconfig/jenkins
It is installed at /usr/share/john
Test installation by executing
/usr/share/john/run/john --test
To get extra charset files download and uncompress http://www.openwall.com/john/j/john-extra-20130529.tar.xz
It is installed at /usr/share/kibana
To configure Kibana to start automatically when the system boots up, run the following commands:
sudo /bin/systemctl daemon-reload
sudo /bin/systemctl enable kibana.service
Kibana can be started and stopped as follows:
sudo systemctl [start|stop] kibana.service
Kibana loads its configuration from the /etc/kibana/kibana.yml file by default. The format of this config file is explained in Configuring Kibana.
Kibana is a web application that you access through port 5601. All you need to do is point your web browser at the machine where Kibana is running and specify the port number. For example, http://localhost:5601 or http://192.168.101.110:5601
When you access Kibana, the Discover page loads by default with the default index pattern selected. The time filter is set to the last 15 minutes and the search query is set to match-all (*).
Before you can start using Kibana, you need to tell it which Elasticsearch indices you want to explore. The first time you access Kibana, you are prompted to define an index pattern that matches the name of one or more of your indices. You can add index patterns at any time from the Management tab.
By default, Kibana connects to the Elasticsearch instance running on localhost. To connect to a different Elasticsearch instance, modify the Elasticsearch URL in the kibana.yml configuration file and restart Kibana.
Start and stop service with
sudo systemctl [start|stop] logstash.service
See also Running Logstash from the Command Line
Is installed at /usr/local/maven
A symbolic link is created so that /home/vagrant/.m2 actually stores files at /vagrant/vagrant-setup/.m2 This way the Maven repository can be shared between the host and the guest.
It is installed at /usr/share/nagios
The installation includes plugins 2.1.1 and NRPE 2.15.
Should run under user nagios password nagpasswd4
To access Nagios through its web interface open URL
User nagiosadmin password nagpasswd4
To configure Nagios contacts, edit the contacts configuration:
sudo vi /usr/local/nagios/etc/objects/contacts.cfg
Find the email directive, and replace its value (the highlighted part) with your own email address:
email nagios@localhost ; <<***** CHANGE THIS TO YOUR EMAIL ADDRESS **
To restrict Access by IP Address
Edit the Apache configuration file:
sudo vi /etc/httpd/conf.d/nagios.conf
Find and comment the following two lines by adding # symbols in front of them:
Order allow,deny
Allow from all
Then uncomment the following lines, by deleting the # symbols, and add the IP addresses or ranges (space delimited) that you want to allow to in the Allow from line:
# Order deny,allow
# Deny from all
# Allow from 127.0.0.1
As these lines will appear twice in the configuration file, so you will need to perform these steps once more.
Save and exit.
MONGODB
It´s installed with yum, so the exact version will depend on the repository.
To install a specific release of MongoDB, change the script to specify each package individually, as in the following example:
sudo yum install -y mongodb-org-4.0.2 mongodb-org-server-4.0.2 mongodb-org-shell-4.0.2 mongodb-org-mongos-4.0.2 mongodb-org-tools-4.0.2
Start and stop with
sudo service mongod [start|stop|restart]
Verify that MongoDB has started successfully by searching for the string
[initandlisten] waiting for connections on port <port>
in /var/log/mongodb/mongod.log
Optionally, start MongoDB on boot by issuing the following command:
sudo chkconfig mongod on
Start a mongo shell on the same host machine as the mongod. Use the --host command line option to specify the localhost address (in this case 127.0.0.1) and port that the mongod listens on:
mongo --host 127.0.0.1:27017
root password is vagrant
root remote login is disabled
test database is deleted
Start and stop with sudo service mysqld [start|stop]
Edit /etc/httpd/conf.d/phpMyAdmin.conf and /etc/phpMyAdmin/config.inc.php
for allowing access to phpMyAdmin from outside local host
Installation Scripts 8.12.2, 6.2.2
Typescript quickstart files can be found at /vagrant/vagrant-setup/angular2
Create an application squeleton with
./express application_name
Use:
npm start
to start de server
Access Browsersync at http://192.168.101.110:3001/
Start and stop Open Fire with sudo service openfire [start|stop]
After setup it is needed to do an initial setup using web administration console.
The web administration console can be accessed at http://192.168.101.110:9090
Set user admin and password 0p3nFir3
At Server Settings > File Transfer Proxy Settings, it is neccessary to disable file transfer proxy on port 7777 If file transfer proxy is not disabled then when trying to connect the following error is shown: "couldn't setup local SOCKS5 proxy on port 7777"
The file transfer proxy needs to be disabled only if Open Fire client and server are both running on the same machine.
OpenLDAP is compiled with TCP Wrappers and using MDB as database.
Berkeley DB 6.2 (HDB) can also be used by editing slapd2.ldif and ppolicyoverlay.ldif.
A password policy is set with an SSHA password hashing scheme.
If HTTPD is installed then OpenLDAP script installs phpLDAPAdmin as well which can be accessed through:
A database with suffix dc=auth,dc=com is created at /usr/local/var/auth-data
Manage service with:
sudo service slapd [start|stop]
phpLDAPAdmin is accessed from http://192.168.101.110/ldapadmin/ Login to phpLDAPAdmin as cn=Manager,dc=auth,dc=com with password secret
http://www.yolinux.com/TUTORIALS/LinuxTutorialLDAP-SLAPD-LDIF-V2-config.html http://www.openldap.org/lists/openldap-technical/201403/msg00001.html
The default setup will create an Openshift cluster with one master and one node.
After having executed from the host:
vagrant up openshift-master openshift-node1
you must log into the openshift-master virtual machine by doing:
vagrant ssh openshift-master
from the host and then inside the guest master execute:
sudo /vagrant/vagrant-setup/openshift-ansible.sh
After install, you can log into Openshift at: https://192.168.101.111:8443/console/ with user admin and password **admin"
Before running the install script you must have an Oracle OTN account to download
http://download.oracle.com/otn/linux/oracle11g/xe/oracle-xe-11.2.0-1.0.x86_64.rpm.zip
and save it at /vagrant/vagrant-setup/cache
You can also fully automate the download by adding an ?AuthParam=XXXXXXXXXX_HHHHHHHHHHHHHHHHHHHHHHHHHHHHHHHH to the URL.
The AuthParam value can be seen in the download URL used after you authenticate in Oracle OTN.
Oracle Database needs a swap space of at least 2048 Mb which is more that the default of 1279 Mb that comes out of the box. To increase the swap space follow these instructions.
After increasing the swap space you can start installation by running the Bash script provided.
As part of the installation process, the script will automatically initiate oracle-xe configure which will interactively ask you questions about which ports must be used and whether Oracle must start on boot or not.
If you are using a GUI like Cinnamon then you can also install SQL Developer.
As for the database, you need an OTN account to download SQL Developer from
http://www.oracle.com/technetwork/developer-tools/sql-developer/downloads/index.html
Then install it with
rpm -Uhv sqldeveloper-(build number)-1.noarch.rpm
Before running the install script you must have an Oracle OTN account to download
https://download.oracle.com/otn/linux/oracle12c/122010/linux_zser64_12201_database.zip
and save it at /vagrant/vagrant-setup/cache
You can also fully automate the download by adding an ?AuthParam=XXXXXXXXXX_HHHHHHHHHHHHHHHHHHHHHHHHHHHHHHHH to the URL.
The AuthParam value can be seen in the download URL used after you authenticate in Oracle OTN.
Oracle Database needs a swap space of at least 2048 Mb which is more that the default of 1279 Mb that comes out of the box. To increase the swap space follow these instructions.
After increasing the swap space you can start installation by running the Bash script provided.
The setup runs in silent mode. The install, database and listener parameters are specified in response files.
The pre-configured database name is ORCL the pre-configured instance name is SE2
The password for UNIX oracle user is 0rclPasswd
The password for Oracle SYS and SYSTEM users is manager
ORACLE_HOME is /u01/app/oracle/product/12.2.0.1
Start and stop database with
su oracle -c "/u01/app/oracle/product/12.2.0.1/bin/dbstart $ORACLE_HOME"
su oracle -c "/u01/app/oracle/product/12.2.0.1/bin/dbshut $ORACLE_HOME"
LISTENER is pre-configured on 192.168.101.110:1521
Start and stop listener with:
su oracle -c "/u01/app/oracle/product/12.2.0.1/bin/lsnrctl [start|stop]"
If you are using a GUI like Cinnamon then you can also install SQL Developer. As for the database, you need an OTN account to download SQL Developer from http://www.oracle.com/technetwork/developer-tools/sql-developer/downloads/index.html
Then install it with:
rpm -Uhv sqldeveloper-(build number)-1.noarch.rpm
You may want to add the JDBC driver to Maven repo with:
mvn install:install-file -Dfile=/vagrant/vagrant-setup/oracle/jdbc/12.1.0.2/ojdbc7-12.1.0.2.0.jar -DgroupId=com.oracle -DartifactId=ojdbc7 -Dversion=12.1.0.2.0 -Dpackaging=jar
It is installed at /var/lib/pgsql
SSH login for user postgres is disabled at /etc/ssh/sshd_config
User postgres does not have password, do not set password for postgres user,
use ident method within the server and another role for external access with pgAdmin.
Server is configured to accept connections from any client address,
see /var/lib/pgsql/9.3/data/pg_hba.conf and postgresql.conf
Start and stop with
sudo service postgresql-9.3 [start|stop]
or
sudo systemctl [start|stop] postgresql-9.6.service
Access from http://192.168.101.110/phpPgAdmin
Should run under user play password PlayFrm22
RABBITMQ 3.7.3
Requires Erlang which is automatically installed if not already present.
For additional configuration steps that might be required read https://www.rabbitmq.com/install-rpm.html
Ruby is installed at /usr/local/rvm/rubies/ruby-2.1.0/
RubyGems is installed at /usr/local/rubygems
Installation Scripts 2.10, 2.11, 2.12
To start Selenium Server execute:
Xvfb :1 -screen 0 800x600x24&
export DISPLAY=localhost:1.0
java -jar selenium-server-standalone-2.42.2.jar &
Solr 6.1 requires Java 8.
Manage service with: sudo service solr [start|stop -all]
The web administration console can be accessed at http://192.168.101.110:8983/
Create a collection by entering:
su - solr -c "/usr/share/solr/bin/solr create -c testcollection -n data_driven_schema_configs"
Tomcat 8.5 requires Open SSL 1.0.2.
Start and stop with
sudo service tomcat [start|stop|restart]
It is installed at /usr/share/tomcat
Listens at port 8080.
Access Tomcat Manager by typing in your browser http://192.168.101.110:8080
Use tomcat user with password catpassw8 for uploading files via SFTP
The User/Password for manager GUI is tomcat/catpassw8
Tomcat uses DCEVM as runtime for dynamic class reloading.
To use standard JRE edit init.d/tomcat and remove
-XXaltjvm=dcevm -javaagent:/usr/share/tomcat/lib/hotswap-agent-1.1.0.jar=autoHotswap=true
from JAVA_OPTS
The offline Weblogic install package fmw_12.2.1.3.0_wls_Disk1_1of1.zip must be put at /vagrant/vagrant-setup/cache before begining installation
Installation Script 12.2.1.3
Is installed and runs with user oracle password 0rclPasswd
The domain created by default is wldomain user weblogic password welcome01
The console can be accessed through http://192.168.101.110:7001/console
To start and stop WebLogic use the startWebLogic.sh and stoWebLogic.sh scripts at /u01/app/oracle/config/domains/wldomain/bin/
Runs on port 2181
Once installed, Zookeeper wil automatically start on boot.
To start and stop manually use
sudo service zookeeper [start|stop]
Start command line client with:
/usr/share/zookeeper/bin/zkCli.sh -server 127.0.0.1:2181