Installing and Running CUBRID¶

Supported Platforms and System Requirements¶

The platforms supported by CUBRID and hardware/software requirements for the installation are as follows:

(*): Requires a 500 MB of free disk space on the initial installation; requires approximately 1.5 GB of free disk space with a database creating with default options.

Beginning with 2008 R4.0, CUBRID Manager Client is not automatically installed when installing the CUBRID package. For this reason, if you require CUBRID Manager you must install it separately. The CUBRID can be downloaded from http://ftp.cubrid.org.

Including CUBRID Query Browser, a variety of drivers such as PHP, ODBC and OLE DB can also be downloaded from http://ftp.cubrid.org.

For more information on the CUBRID engine, tools, and drivers, see http://www.cubrid.org.

Compatibility¶

Application Compatibility

• Applications that use JDBC, PHP or CCI APIs from 2008 R4.1 or higher version of CUBRID can access the CUBRID 10.0 database. However, you must link the CUBRID 10.0 library or use the driver to use the added/improved features of JDBC, PHP or CCI interfaces. In order to use Date/Time Types with Timezone which are introduced as 10.0, users should upgrade drivers.
• Note that query results may differ from those given in the earlier version because new reserved words have been added, and the specifications for some queries have been changed.
• An application that is developed by using the GLO class can be used after it is converted to an application or schema suitable to the BLOB or CLOB type.

CUBRID Manager Compatibility

• CUBRID Manager guarantees backward compatibility with the servers using CUBRID 2008 R2.2 or higher and uses the CUBRID JDBC driver that matches each server version. However, you must use a CUBRID Manager that is higher than CUBRID servers in version in order to utilize all the features of CUBRID Manager. The CUBRID JDBC driver is included in the $CUBRID/jdbc directory when CUBRID is installed($CUBRID on Linux, %CUBRID% on Windows).

• The bit version of CUBRID Manager must be identical to the bit version of JRE.

  For example, if a 64-bit DB server uses CUBRID Manager 32-bit version, JRE or JDK 32-bit version should be installed.

• Drivers for 2008 R2.2 and higher versions are included in CUBRID Manager by default, which you can download separately from the http://www.cubrid.org Website.

Interoperability between CUBRID DB server and broker

• If the CUBRID DB server and its broker server are operated separately, CUBRID version between them should be the same, but if just the patch version is different, their interoperability is guaranteed.

  For example, 2008 R4.1 Patch1 broker is compatible with 2008 R4.1 Patch 10 DB server, but not compatible with 2008 R4.3 DB server. 9.1 Patch 1 broker is compatible with 9.1 Patch 10 DB server, but not compatible with 9.2 DB server.

• Even if the operating systems are different, their interoperability is guaranteed if the bit version of a DB server is identical to the bit version of a broker server.

  For example, the 64-bit DB server for Linux is interoperable with the 64-bit broker server for Windows, but it is not interoperable with a 32-bit broker server.

  For the relation between DB server and broker, see Introduction to CUBRID.

Installing and Running CUBRID on Linux¶

Checklist before Installing

Check the following before installing CUBRID for Linux.

• glibc version

  Only supports glibc 2.3.4 or later. The glibc version can be checked as follows:

  %rpm -q glibc
  

• 64-bit or 32-bit

  As 10.0, CUBRID supports only 64-bit Linux. You can check the version as follows:

  % uname -a
  Linux host_name 2.6.18-53.1.14.el5xen #1 SMP Wed Mar 5 12:08:17 EST 2008 x86_64 x86_64 x86_64 GNU/Linux
  

  Make sure to install the CUBRID 64-bit version on 64-bit Linux.

• The libraries that should be added.

  • Curses Library (rpm -q ncurses)
  • gcrypt Library (rpm -q libgcrypt)
  • stdc++ Library (rpm -q libstdc++)

• Check if the mapping between host names and IP addresses are correct in the /etc/hosts file.

  If host names and IP addresses are matched incorrectly, DB server cannot be started normally. Therefore, check if they are correctly mapped.

Installing CUBRID

The installation program consists of shell scripts that contain binary; thus it can be installed automatically. The following example shows how to install CUBRID with the "CUBRID-10.0.0.1376-linux.x86_64.sh" file on the Linux.

$ sh CUBRID-10.0.0.1376-linux.x86_64.sh
Do you agree to the above license terms? (yes or no) : yes
Do you want to install this software(CUBRID) to the default(/home1/cub_user/CUBRID) directory? (yes or no) [Default: yes] : yes
Install CUBRID to '/home1/cub_user/CUBRID' ...
In case a different version of the CUBRID product is being used in other machines,
please note that the CUBRID 10.0 servers are only compatible with the CUBRID 10.0 clients and vice versa.
Do you want to continue? (yes or no) [Default: yes] : yes
Copying old .cubrid.sh to .cubrid.sh.bak ...

CUBRID has been successfully installed.

demodb has been successfully created.

If you want to use CUBRID, run the following commands
$ . /home1/cub_user/.cubrid.sh
$ cubrid service start

As shown in the example above, after installing the downloaded file (CUBRID-10.0.0.1376-linux.x86_64.sh), the CUBRID related environment variables must be set in order to use the CUBRID database. Such setting has been made automatically when logging in the concerned terminal. Therefore there is no need to re-set after the first installation.

$ . /home1/cub_user/.cubrid.sh

After CUBRID is installed, you can start CUBRID Manager server and CUBRID broker as follows.

$ cubrid service start

When you want to check whether CUBRID Manager server and CUBRID broker works well, you can use grep command in Linux as follows.

$ ps -ef | grep cub_
cub_user 15200 1 0 18:57   00:00:00 cub_master
cub_user 15205 1 0 18:57 pts/17 00:00:00 cub_broker
cub_user 15210 1 0 18:57 pts/17 00:00:00 query_editor_cub_cas_1
cub_user 15211 1 0 18:57 pts/17 00:00:00 query_editor_cub_cas_2
cub_user 15212 1 0 18:57 pts/17 00:00:00 query_editor_cub_cas_3
cub_user 15213 1 0 18:57 pts/17 00:00:00 query_editor_cub_cas_4
cub_user 15214 1 0 18:57 pts/17 00:00:00 query_editor_cub_cas_5
cub_user 15217 1 0 18:57 pts/17 00:00:00 cub_broker
cub_user 15222 1 0 18:57 pts/17 00:00:00 broker1_cub_cas_1
cub_user 15223 1 0 18:57 pts/17 00:00:00 broker1_cub_cas_2
cub_user 15224 1 0 18:57 pts/17 00:00:00 broker1_cub_cas_3
cub_user 15225 1 0 18:57 pts/17 00:00:00 broker1_cub_cas_4
cub_user 15226 1 0 18:57 pts/17 00:00:00 broker1_cub_cas_5
cub_user 15229 1 0 18:57   00:00:00 cub_auto start
cub_user 15232 1 0 18:57   00:00:00 cub_js start

Installing CUBRID (rpm File)

You can install CUBRID by using rpm file that is created on CentOS 5. The way of installing and uninstalling CUBRID is the same as that of using general rpm utility. While CUBRID is being installed, a new system group (cubrid) and a user account (cubrid) are created. After installation is complete, you should log in with a cubrid user account to start a CUBRID service.:

$ rpm -Uvh cubrid-10.0.0.1376-el5.x86_64.rpm

When rpm is executed, CUBRID is installed in the "cubrid" home directory (/opt/cubrid) and related configuration file (cubrid.[c]sh) is installed in the /etc/profile.d directory. Note that demodb is not automatically installed. Therefore, you must executed /opt/cubrid/demo/make_cubrid_demo.sh with "cubrid" Linux ID. When installation is complete, enter the code below to start CUBRID with "cubrid" Linux ID.

$ cubrid service start

Upgrading CUBRID

When you specify an installation directory where the previous version of CUBRID is already installed, a message which asks to overwrite files in the directory will appear. Entering no will stop the installation.

Directory '/home1/cub_user/CUBRID' exist!
If a CUBRID service is running on this directory, it may be terminated abnormally.
And if you don't have right access permission on this directory(subdirectories or files), install operation will be failed.
Overwrite anyway? (yes or no) [Default: no] : yes

Choose whether to overwrite the existing configuration files during the CUBRID installation. Entering yes will overwrite and back up them as extension .bak files.

The configuration file (.conf or .pass) already exists. Do you want to overwrite it? (yes or no) : yes

For more information on upgrading a database from a previous version to a new version, see Upgrade.

Configuring Environment

You can modify the environment such as service ports etc. edit the parameters of a configuration file located in the $CUBRID/conf directory. See Installing and Running CUBRID on Windows for more information.

Installing CUBRID Interfaces

You can see the latest information on interface modules such as CCI, JDBC, PHP, ODBC, OLE DB, ADO.NET, Ruby, Python and Node.js and install them by downloading files from http://www.cubrid.org/wiki_apis.

A simple description on each driver can be found on API Reference.

Installing CUBRID Tools

You can see the latest information on tools such as CUBRID Manager and CUBRID Query Browser and install them by downloading files from http://www.cubrid.org/wiki_tools.

CUBRID Web Manager is also installed when the CUBRID is installed. For more details, see CUBRID Web Manager Manual.

Installing and Running CUBRID on Windows¶

Checklist before Installing

You should check the below before installing CUBRID for Windows.

• 64-bit or not

  CUBRID supports both 32-bit and 64-bit Windows. You can check the version by selecting [My Computer] > [System Properties]. Make sure to install the CUBRID 32-bit version on 32-bit Windows and the CUBRID 64-bit version on 64-bit Windows.

• Run with administrative privilege

  If you want to install CUBRID on Windows Vista or higher, execute the installation file with administrative privileges. On the popup menu after clicking right mouse button on the CUBRID installation file, choose [Execute as an administrator (A)].

Installation Process

Step 1: Specifying the directory to install

Step 2: Selecting Setup Type

• Server and Driver Installation : All of CUBRID Server, CSQL (a command line tool) and interface drivers (JDBC, C API) are installed.

Step 3: Creating a sample database

To create a sample database, it requires 300MB disk space.

Step 4: Completing the installation

CUBRID Service Tray appears on the right bottom.

Checklist After Installation

• Whether the start of CUBRID Service Tray or not

  If CUBRID Service Tray is not automatically started when starting a system, confirm the following.

  • Check if Task Scheduler is started in [Start button] > [Control panel] > [Administrative Tools] > [Services]; if not, start Task Scheduler.
  • Check if CUBRID Service Tray is registered in [Start button] > [All Programs] > [Startup]; if not, register CUBRID Service Tray.

Upgrading CUBRID

To install a new version of CUBRID in an environment in which a previous version has already been installed, select [CUBRID Service Tray] > [Exit] from the menu to stop currently running services, and then remove the previous version of CUBRID. Note that when you are prompted with "Do you want to delete all the existing version of databases and the configuration files?" you must select "No" to protect the existing databases.

For more information on upgrading a database from a previous version to a new version, see Upgrade.

Configuring Environment

You can change configuration such as service ports to meet the user environment by changing the parameter values of following files which are located in the %CUBRID%\conf directory. If a firewall has been configured, the ports used in CUBRID need to be opened.

• cm.conf

  A configuration file for CUBRID Manager. The port that the Manager server process uses is called cm_port and its default value is 8001. For details, see CUBRID Manager Manual.

  To start CUBRID Web Manager, firstly you should set the value of support_web_manager parameter as "YES", then restart CUBRID Manager Server. To use CUBRID Web Manager, access "https://localhost:8001".

  $ cubrid manager stop
  $ cubrid manager start
  

• cubrid.conf

  A configuration file for server. You can use it to configure the following values: database memory, the number threads based on the number of concurrent users, communication port between broker and server, etc. The port that a master process uses is called cubrid_port_id and its default value is 1523. For details, see cubrid.conf Configuration File and Default Parameters.

• cubrid_broker.conf

  A configuration file for broker. You can use it to configure the following values: broker port, the number of application servers (CAS), SQL LOG, etc. The port that a broker uses is called BROKER_PORT. A port you see in the drivers such as JDBC is its corresponding broker's port. APPL_SERVER_PORT is a port that a broker application server (CAS) uses and it is added only in Windows. The default value is BROKER_PORT +1. The number of ports used is the same as the number of CAS, starting from the specified port's number plus 1. For details, see Parameter by Broker. For example, if the value of APPL_SERVER_PORT is 35000 and the maximum number of CASes by MAX_NUM_APPL_SERVER is 50, then listening ports on CASes are 35000, 35001, ..., 35049. For more details, see Parameter by Broker.

  The CCI_DEFAULT_AUTOCOMMIT broker parameter is supported since 2008 R4.0. The default value in the version is OFF and it is later changed to ON. Therefore, users who have upgraded from 2008 R4.0 to 2008 R4.1 or later versions should change this value to OFF or configure the auto-commit mode to OFF.

Installing CUBRID Interfaces

You can see the latest information on interface modules such as JDBC, PHP, ODBC, and OLE DB and install them by downloading files from http://www.cubrid.org/wiki_apis.

A simple description on each driver can be found on API Reference.

Installing CUBRID Tools

You can see the latest information on tools such as CUBRID Manager and CUBRID Query Browser and install them by downloading files from http://www.cubrid.org/wiki_tools.

CUBRID Web Manager is installed when CUBRID is installed. For more details, see CUBRID Web Manager Manual .

Installing with a Compressed Package¶