DBeaver Blog

Database driver PostgreSQL

Table of contents

Overview

This guide provides instructions on how to set up and use PostgreSQL with DBeaver.

DBeaver offers extensive support for PostgreSQL, but it might not cover all possible functionalities. If DBeaver is missing a feature you need, please submit a request through our GitHub page. If you are a developer, you have the option to enhance DBeaver’s capabilities by contributing your own code. For guidelines on how to do this, check out our Contribution Guide.

Before you start, you must create a connection in DBeaver and select PostgreSQL. If you have not done this, please refer to our Database Connection article.

DBeaver interacts with the PostgreSQL server using a specific driver, it supports all versions of PostgreSQL, but the correct driver must be selected: use PostgreSQL (old) for versions below 8.x and PostgreSQL for newer versions. DBeaver also supports PostgreSQL extensions such as EDB, Google Cloud SQL for PostgreSQL and Fujitsu Enterprise Postgres. You must select the appropriate driver in the Connect to a database window for these extensions.

Setting Up

This section provides an overview of DBeaver’s settings for establishing a direct connection and the configuration of secure connections using SSH, proxies, SSL, and the setup of ODBC/JDBC drivers for PostgreSQL.

PostgreSQL connection settings

In this subsection, we will outline the settings for establishing a direct connection to a PostgreSQL database using DBeaver. Correctly configuring your connection ensures seamless interaction between DBeaver and your PostgreSQL database.

1) The first page of the connection settings requires you to fill in specific fields to establish the initial connection.

Field Description
Connect by (Host/URL) Choose whether you want to connect using a host or a URL.
Driver Type Select the appropriate driver for your PostgreSQL database.
URL If you are connecting via URL, enter the URL of your PostgreSQL database here. This field is hidden if you are connecting via the host.
Host If you are connecting via host, enter the host address of your PostgreSQL database here.
Database Enter the name of the PostgreSQL database you want to connect to.
Show all databases Displays all databases in the database navigator.
Note: This option works only when the Host connection type is selected. It does not work when connecting via URL.
Port Enter the port number for your PostgreSQL database. The default PostgreSQL port is
5432
.
Authentication Choose the type of authentication you want to use for the connection. For detailed guides on authentication types, please refer to the following articles:

– Native Database Authentication
– AWS RDS IAM Authentication
– Azure AD Authentication for PostgreSQL
– DBeaver Profile Authentication
– PostgreSQL Kerberos Authentication
– PostgreSQL PgPass Authentication
– PostgreSQL SSPI Authentication (Windows SSO)

You can also read about security in DBeaver PRO.
Local Client Specify the local client, see our article about local client configuration.
Connection Details Provide additional connection details if necessary.
Driver Name This field will be auto-filled based on your selected driver type.
Driver Settings If there are any specific driver settings, configure them here.

2) The second page of the connection settings offers additional options that allow you to customize your further connection to the PostgreSQL database.

Field Description
Show template databases Displays template databases. This option is available when Show all databases is checked.
Show databases unavailable for connection Show databases not available for connection in database list. This option is available when Show all databases is checked.
Show databases statistics Displays statistics for databases.
Read all data types Reads all data types from the server (including arrays).
Read table keys with columns Enable reading table constraints during the column reading stage to ensure accurate recognition of keys. Note that this setting may decrease metadata loading performance.
Show
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quote as 		Displays
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quotes as code blocks or strings.
Use prepared statements Uses prepared statements for SQL execution.

Connection details

The Connection Details section in DBeaver allows for further customization of your PostgreSQL connection. This includes options for adjusting the Navigator View, setting up Security measures, applying Filters, configuring Connection Initialization settings, and setting up Shell Commands. Each of these settings can significantly impact your database operations and workflow. For detailed guides on these settings, please refer to the following articles:

PostgreSQL driver properties

The settings for PostgreSQL Driver properties enable you to adjust the performance of the PostgreSQL JDBC and ODBC driver. These adjustments can influence the efficiency, compatibility, and features of your PostgreSQL database.

For a complete walkthrough on setting up PostgreSQL JDBC and ODBC drivers properties, you can refer to the official PostgreSQL JDBC documentation and PostgreSQL ODBC documentation. These guides detail each driver’s properties and how they can be used to optimize PostgreSQL database connections.

You can customize the PostgreSQL driver in DBeaver via the Edit Driver page, accessible by clicking on the Driver Settings button on the first page of the driver settings. This page offers a range of settings that can influence your PostgreSQL database connections. For a comprehensive guide on these settings, please refer to our Database drivers article.

ODBC and JDBC Driver Configuration

DBeaver provides extensive capabilities for managing PostgreSQL database connections via ODBC/JDBC drivers. This functionality enables you to connect to your PostgreSQL database using native ODBC drivers, offering an alternative when specific DBeaver drivers are not available.

You can find a comprehensive, step-by-step guide on how to install the driver manager, set up drivers, configure data sources, and establish connections in DBeaver in our ODBC Driver Configuration article.

Secure Connection Configurations

DBeaver supports secure connections to your PostgreSQL database. Guidance on configuring such connections, specifically SSH, Proxy, Kubernetes, AWS SSM and SSL connections, can be found in various referenced articles. For a comprehensive understanding, please refer to these articles:

Powering PostgreSQL with DBeaver

DBeaver provides a host of features designed for PostgreSQL databases. This includes the ability to view schemas, along with numerous unique capabilities aimed at optimizing database operations.

PostgreSQL database objects

DBeaver lets you view and manipulate a wide range of PostgreSQL database objects. DBeaver has extensive support for various PostgreSQL metadata types, allowing you to interact with a wide variety of database objects, such as:

  • Databases
    • Schemas
      • Data types
      • Tables
        • Columns
        • Constraints
        • Indexes
        • Foreign Keys
        • Dependencies
        • References
        • Partitions
        • Triggers
        • Rules
        • Policies
      • Foreign Tables
      • Views
      • Materialized Views
      • Functions
      • Sequences
      • Data types
      • Aggregate functions
    • Event Triggers
    • Extensions
    • Storage
      • Tablespaces
    • Roles
  • Administer
    • Jobs
    • Session Manager
    • Lock Manager

For a practical guide on creating new tables and working with various database objects in PostgreSQL, check out our tutorial.

PostgreSQL Features in DBeaver

DBeaver is not limited to typical SQL tasks. It also includes numerous unique features specifically for PostgreSQL. Beyond regular SQL operations, DBeaver provides a range of PostgreSQL-specific capabilities, such as:

Category Feature
Data Types PostgreSQL Arrays
PostgreSQL Structures
Extensions PostgreSQL Extensions
Security PostgreSQL Permissions
PostgreSQL Policies
PostgreSQL Roles
Data Organization PostgreSQL Partitions
Database Management PostgreSQL Dependencies
PostgreSQL Tools
External Data PostgreSQL Foreign Tables

Additional features compatible with PostgreSQL, but not exclusive to it:

Category Feature
Data Transfer Data Import
Data Export
Session Management Session Manager
Lock Management Lock Manager
Backup and Restore How to Backup/Restore data
Schema Management Schema Compare
Data Visualization GIS Guide
ERD Guide
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Database driver SQLite

Table of contents

Overview

This guide provides instructions on how to set up and use SQLite with DBeaver.

Before you start, you must create a connection in DBeaver and select SQLite. If you have not done this, please refer to our Database Connection article.

DBeaver interacts with the SQLite server using a specific driver, supporting all versions of SQLite. DBeaver also supports SQLite extensions such as SQLite Crypt (Cipher).

You can also create a sample database in DBeaver. See our Creating a Sample Database article for more information.

Setting Up

This section provides an overview of DBeaver’s settings for establishing a direct connection and the configuration of secure connections using SSH, proxies, Kubernetes, and the setup of ODBC/JDBC drivers for SQLite.

SQLite connection configuration

General SQLite connection settings

In this subsection, we will outline the settings for establishing a direct connection to a SQLite database using DBeaver. Correctly configuring your connection ensures seamless interaction between DBeaver and your SQLite database.

The page of the connection settings requires you to fill in specific fields to establish the initial connection.

Field Description
Connect by (Host/URL) Choose whether you want to connect using a host or a URL.
Driver Type Select the appropriate driver for your SQLite database.
URL If you are connecting via URL, enter the URL of your SQLite database here. This field is disabled if you’re connecting via the host.
Path Enter the path to the database file.
Database is remote If the SQLite database resides on a remote server, check this box. Reed more.
Connection Details Provide additional connection details if necessary.
Driver Name This field will be auto-filled based on your selected driver type.
Driver Settings If there are any specific driver settings, configure them here.

SQLite Crypt connection settings

This subsection outlines the settings to establish a connection to encrypted SQLite databases.

Field Description
Path Enter the path to the database file.
Cipher Choose the encryption algorithm for your database. Available options include
AES 128
,
AES 256
,
ChaCha20
,
SQLCipher
,
SQLCipher v1
,
SQLCipher v2
,
SQLCipher v3
,
SQLCipher v4
,
RC4
, and
Custom
option. For more details, refer to the SQLite Ciphers documentations.
Password This field will be auto-filled based on your selected driver type.
Cipher parameters These parameters are read-only and change according to the chosen Cipher. You can customize them only if you select Custom in the Cipher field.

SQLite extensions

DBeaver supports the addition of SQLite extensions to enhance database functionality. Extensions can introduce new custom functions, collating sequences, or virtual tables, which are useful for advanced data manipulation or utilizing encryption algorithms not natively supported.

To import an SQLite extension, do the following:

  1. Locate the Extensions tab in your SQLite connection settings.

  2. Click on the Add button.

  3. Enter the path to the extension file you wish to import.

Note: Make sure the extension you are importing matches your operating system and CPU architecture to ensure compatibility.

Extensions in Community Edition

To enable and load SQLite extensions in the Community Edition, follow these steps:

  1. Set the
    enable_load_extension
    property to
    true
    in Driver properties tab.
  2. Execute
    SELECT load_extension('extension-name.so')
    either as a bootstrap query in the Connection Initialization Settings or in the SQL editor.

Note: You need to have a 64-bit version of the extension library.

Remote database connection

When connecting to a remote SQLite database in DBeaver:

  1. Specify a local path in the connection settings. This path should mirror the path on the remote server.

  2. Set up an SSH tunnel.

Synchronization

To maintain consistency between your local SQLite database and the remote server, follow these steps:

  1. Make local changes to your database.

  2. Save changes.

  3. Click the Synchronize button in the main toolbar.

  4. A dialog will prompt you with two options:

  • Save local changes to server: This will push your local changes to the server.
  • Load remote changes from server: This will pull the server’s data to your local environment. After selecting this, refresh the result set to view updated data.

Connection details

The Connection Details section in DBeaver allows you to customize your experience while working with SQLite database. This includes options for adjusting the Navigator View, setting up Security measures, applying Filters, configuring Connection Initialization settings, and setting up Shell Commands. Each of these settings can significantly impact your database operations and workflow. For detailed guides on these settings, please refer to the following articles:

SQLite driver properties

The settings for SQLite Driver properties enable you to adjust the performance of the SQLite JDBC and ODBC driver. These adjustments can influence the efficiency, compatibility, and features of your SQLite database.

For a complete walkthrough on setting up SQLite JDBC and ODBC drivers properties, you can refer to the official SQLite JDBC documentation and SQLite ODBC documentation. These guides detail each driver’s properties and how they can be used to optimize SQLite database connections.

You can customize the SQLite driver in DBeaver via the Edit Driver page, accessible by clicking on the Driver Settings button on the first page of the driver settings. This page offers a range of settings that can influence your SQLite database connections. For a comprehensive guide on these settings, please refer to our Database drivers article.

ODBC and JDBC Driver Configuration

DBeaver provides extensive capabilities for managing SQLite database connections via ODBC/JDBC drivers. This functionality enables you to connect to your SQLite database using native ODBC drivers, offering an alternative when specific DBeaver drivers are not available.

This process is similar across most databases that support ODBC/JDBC drivers. For a comprehensive, step-by-step guide on how to install the driver manager, set up drivers, configure data sources, and establish connections in DBeaver, you can refer to our ODBC Driver Configuration article.

Secure Connection Configurations

DBeaver supports secure connections to your SQLite database. Guidance on configuring such connections, specifically SSH, Proxy, Kubernetes and AWS SSM connections, can be found in various referenced articles. For a comprehensive understanding, please refer to these articles:

Powering SQLite with DBeaver

DBeaver provides a host of features designed for SQLite databases. This includes the ability to view and manage tables, along with numerous unique capabilities aimed at optimizing database operations.

SQLite database objects

DBeaver lets you view and manipulate a few SQLite database objects. DBeaver has extensive support for various SQLite metadata types, allowing you to interact with:

  • Tables
  • Views
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Database driver Salesforce

Note: This driver is available in Lite, Enterprise, Ultimate and Team editions only.

Table of contents

Overview

This guide provides instructions on how to set up and use Salesforce with DBeaver.

Before you start, you must create a connection in DBeaver and select Salesforce. If you have not done this, please refer to our Database Connection article.

DBeaver interacts with the Salesforce server using a specific driver. To use it, choose the right Salesforce driver in the Connect to a database window.

Setting Up

This section provides an overview of DBeaver’s settings for establishing a direct connection and the configuration of secure connections using SSH and proxies.

Salesforce connection settings

In this subsection, we will outline the settings for establishing a direct connection to a Salesforce database using DBeaver.

The page of the connection settings requires you to fill in specific fields to establish the initial connection.

Field Description
Connect by (Host/URL) Choose whether you want to connect using a host or a URL.
Driver Type Select the appropriate driver for your Salesforce database.
URL If you are connecting via URL, enter the URL of your Salesforce database here. This field is disabled if you’re connecting via the host.
Host If you are connecting via host, enter the host address of your Salesforce database here.
Port Enter the port number for your Salesforce database. The default Salesforce port is
443
.
Authentication Choose the type of authentication you want to use for the connection. For detailed guides on authentication types, please refer to the following articles:

– DBeaver Profile Authentication
– Salesforce authentication


You can also read about security in DBeaver PRO.
Connection Details Provide additional connection details if necessary.
Driver Name This field will be auto-filled based on your selected driver type.
Driver Settings If there are any specific driver settings, configure them here.

Connection details

The Connection Details section in DBeaver allows you to customize your experience while working with Salesforce database. This includes options for adjusting the Navigator View, setting up Security measures, applying Filters, configuring Connection Initialization settings, and setting up Shell Commands. Each of these settings can significantly impact your database operations and workflow. For detailed guides on these settings, please refer to the following articles:

Salesforce driver properties

Salesforce is not a traditional Relational Database Management System (RDBMS), and as such, it does not come with a standard JDBC driver. DBeaver uses REST API for connecting to the Salesforce server.

There are no particular properties for configuration at this time. The driver is designed with the current functionality of the Salesforce platform in mind, focusing solely on providing the ability to read data.

Secure Connection Configurations

DBeaver supports secure connections to your Salesforce database. Guidance on configuring such connections, specifically SSH Kubernetes and AWS SSM connections, can be found in various referenced articles. For a comprehensive understanding, please refer to these articles:

Powering Salesforce with DBeaver

At the current version of DBeaver, the Salesforce database driver allows read-only access to its data, enabling you to execute

SELECT
queries to view data. This includes the ability to use filters, groupings, data export, ER diagrams and other functionalities of DBeaver for viewing and analyzing the data.

Salesforce database objects

DBeaver lets you view Salesforce database objects and has support for a limited number of Salesforce metadata types, allowing you to interact with a select variety of database objects, such as:

  • Tables
    • Columns
    • Keys
    • Foreign Keys
    • References

  • Data Types

Salesforce Object Query Language

SOQL is a query language used to search Salesforce data. Within DBeaver, you can utilize SOQL to execute read-only

SELECT
queries on Salesforce data.

SOQL vs SQL

SOQL is specifically tailored for querying Salesforce data and has some distinct differences from traditional SQL:

  • Read-Only Queries: SOQL is used primarily for querying data, not for data manipulation. In Salesforce, data insertion and manipulation are typically handled through the platform’s user interface, APIs, or specialized data loading tools, rather than through SOQL.
  • Limited
    JOIN
    Operations: Unlike SQL, SOQL does not support all types of
    JOIN
    operations.

  • No Arbitrary Expressions: SOQL does not allow arbitrary expressions or calculations in the

    SELECT
    clause, unlike SQL.

Examples

Here are some brief examples, you can find more details in the official SOQL tutorial:

Simple Select

Retrieve the

Name
and
Id
of all accounts:



SELECT Id, Name

FROM Account

Select with Filtering

Retrieve accounts with a specific status:



SELECT Id, Name

FROM Account

WHERE Status = 'Active'

Select with Grouping

Group accounts by

status
and count them:



SELECT Status, COUNT(Id)

FROM Account

GROUP BY Status
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Database driver Teradata

Table of contents

Overview

This guide provides instructions on how to set up and use Teradata with DBeaver. DBeaver enhances your experience with specialized support for Teradata features, including unique data types like Vargraphic and Long Vargraphic, as well as advanced security options through Roles and Profiles.

Before you start, you must create a connection in DBeaver and select Teradata. If you have not done this, please refer to our Database Connection article.

DBeaver interacts with the Teradata server using a specific driver, supporting all versions of Teradata.

Setting Up

This section provides an overview of DBeaver’s settings for establishing a direct connection and the configuration of secure connections using SSH, proxies, Kubernetes, and the setup of ODBC/JDBC drivers for Teradata.

Teradata connection settings

In this subsection, we will outline the settings for establishing a direct connection to a Teradata database using DBeaver. Correctly configuring your connection ensures seamless interaction between DBeaver and your Teradata database.

The page of the connection settings requires you to fill in specific fields to establish the initial connection.

Field Description
Connect by (Host/URL) Choose whether you want to connect using a host or a URL.
Driver Type Select the appropriate driver for your Teradata database.
URL If you are connecting via URL, enter the URL of your Teradata database here. This field is disabled if you’re connecting via the host.
Host If you are connecting via host, enter the host address of your Teradata database here.
Database/Schema Enter the name of the Teradata database/schema you want to connect to.
Port Enter the port number for your Teradata database. The default Teradata port is
1025
.
Authentication Choose the type of authentication you want to use for the connection. For detailed guides on authentication types, please refer to the following articles:

– Native Database Authentication
– DBeaver Profile Authentication
– Kerberos
– LDAP Mechanism

You can also read about security in DBeaver PRO.
Use TLS protocol If you enable this checkbox, the connection will use TLS (Transport Layer Security) to encrypt the data that is transmitted between DBeaver and the Teradata database.
Show databases and users hierarchically Enable this checkbox to view databases and associated user permissions in a hierarchical structure.
Show only databases in the navigator tree Displays databases in the navigator tree and exclude other types of objects like schemas, tables, and users.
Connection Details Provide additional connection details if necessary.
Driver Name This field will be auto-filled based on your selected driver type.
Driver Settings If there are any specific driver settings, configure them here.

Connection details

The Connection Details section in DBeaver allows you to customize your experience while working with MySQL database. This includes options for adjusting the Navigator View, setting up Security measures, applying Filters, configuring Connection Initialization settings, and setting up Shell Commands. Each of these settings can significantly impact your database operations and workflow. For detailed guides on these settings, please refer to the following articles:

Teradata driver properties

The settings for Teradata Driver properties enable you to adjust the performance of the Teradata JDBC and ODBC driver. These adjustments can influence the efficiency, compatibility, and features of your Teradata database.

For a complete walkthrough on setting up Teradata JDBC and ODBC drivers properties, you can refer to the official Teradata JDBC documentation and Teradata ODBC documentation. These guides detail each driver’s properties and how they can be used to optimize Teradata database connections.

You can customize the Teradata driver in DBeaver via the Edit Driver page, accessible by clicking on the Driver Settings button on the first page of the driver settings. This page offers a range of settings that can influence your Teradata database connections. For a comprehensive guide on these settings, please refer to our Database drivers article.

ODBC and JDBC Driver Configuration

DBeaver provides extensive capabilities for managing Teradata database connections via ODBC/JDBC drivers. This functionality enables you to connect to your Teradata database using native ODBC drivers, offering an alternative when specific DBeaver drivers are not available.

This process is similar across most databases that support ODBC/JDBC drivers. For a comprehensive, step-by-step guide on how to install the driver manager, set up drivers, configure data sources, and establish connections in DBeaver, you can refer to our ODBC Driver Configuration article.

Secure Connection Configurations

DBeaver supports secure connections to your Teradata database. Guidance on configuring such connections, specifically SSH, Proxy, Kubernetes and AWS SSM connections, can be found in various referenced articles. For a comprehensive understanding, please refer to these articles:

Powering Teradata with DBeaver

DBeaver provides a host of features designed for Teradata databases. This includes the ability to view and manage databases, along with numerous unique capabilities aimed at optimizing database operations.

Teradata database objects

DBeaver lets you view and manipulate a wide range of Teradata database objects. DBeaver has extensive support for various Teradata metadata types, allowing you to interact with a wide variety of database objects, such as:

  • Databases
    • Tables
      • Columns
      • Keys
      • Foreign keys
      • Indexes
      • References
      • Triggers
    • Views
    • Indexes
    • Procedures
    • Macros
    • Data Types

  • Administration

    • Zones
    • Maps
    • Users
    • Roles
    • Profiles

Teradata Features in DBeaver

DBeaver is not limited to typical SQL tasks. It also includes numerous unique features specifically for Teradata. Beyond regular SQL operations, DBeaver provides a range of Teradata-specific capabilities, such as:

Category Feature
Data Types Teradata Vargraphic and Long Vargraphic
Security Teradata Roles and Profiles
Database Management Teradata Procedures
Teradata Macros

Additional features compatible with Teradata, but not exclusive to it:

Category Feature
Data Transfer Data Import
Data Export
Schema Management Schema Compare
Data Visualization ERD Guide
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Database driver MySQL

Table of contents

Overview

This guide provides instructions on how to set up and use MySQL with DBeaver.

Before you start, you must create a connection in DBeaver and select MySQL. If you have not done this, please refer to our Database Connection article.

DBeaver interacts with the MySQL server using a specific driver. It supports all versions of MySQL, but the correct driver must be selected: use MySQL (old) for versions 4.x and earlier, MySQL 5 for 5.x versions, and MySQL for version 8 and later. DBeaver also supports MySQL extensions such as NDB Cluster, OceanBase, and TiDB. For Google Cloud SQL, there is a dedicated Google Cloud SQL (MySQL) driver that supports MySQL version 8 and later. You must select the appropriate driver in the Connect to a database window for these extensions.

Setting Up

This section provides an overview of DBeaver’s settings for establishing a direct connection and the configuration of secure connections using SSH, proxies, SSL, and the setup of ODBC/JDBC drivers for MySQL.

MySQL connection settings

In this subsection, we will outline the settings for establishing a direct connection to a MySQL database using DBeaver. Correctly configuring your connection ensures seamless interaction between DBeaver and your MySQL database.

The page of the connection settings requires you to fill in specific fields to establish the initial connection.

Field Description
Connect by (Host/URL) Choose whether you want to connect using a host or a URL.
Driver Type Select the appropriate driver for your MySQL database.
URL If you are connecting via URL, enter the URL of your MySQL database here. This field is disabled if you’re connecting via the host.
Host If you are connecting via host, enter the host address of your MySQL database here.
Database Enter the name of the MySQL database you want to connect to.
Port Enter the port number for your MySQL database. The default MySQL port is
3306
.
Authentication Choose the type of authentication you want to use for the connection. For detailed guides on authentication types, please refer to the following articles:

– Native Database Authentication
– AWS RDS IAM Authentication
– Azure AD Authentication for MySQL
– DBeaver Profile Authentication
– MySQL Kerberos Authentication
– Two-factor Authentication

You can also read about security in DBeaver PRO.
Local Client Specify the local client, see our article about local client configuration.
Server Time Zone This setting is responsible for determining the time zone used by the MySQL server.
Connection Details Provide additional connection details if necessary.
Driver Name This field will be auto-filled based on your selected driver type.
Driver Settings If there are any specific driver settings, configure them here.

Connection details

The Connection Details section in DBeaver allows you to customize your experience while working with MySQL database. This includes options for adjusting the Navigator View, setting up Security measures, applying Filters, configuring Connection Initialization settings, and setting up Shell Commands. Each of these settings can significantly impact your database operations and workflow. For detailed guides on these settings, please refer to the following articles:

MySQL driver properties

The settings for MySQL Driver properties enable you to adjust the performance of the MySQL JDBC and ODBC driver. These adjustments can influence the efficiency, compatibility, and features of your MySQL database.

For a complete walkthrough on setting up MySQL JDBC and ODBC drivers properties, you can refer to the official MySQL JDBC documentation and MySQL ODBC documentation. These guides detail each driver’s properties and how they can be used to optimize MySQL database connections.

You can customize the MySQL driver in DBeaver via the Edit Driver page, accessible by clicking on the Driver Settings button on the first page of the driver settings. This page offers a range of settings that can influence your MySQL database connections. For a comprehensive guide on these settings, please refer to our Database drivers article.

ODBC and JDBC Driver Configuration

DBeaver provides extensive capabilities for managing MySQL database connections via ODBC/JDBC drivers. This functionality enables you to connect to your MySQL database using native ODBC drivers, offering an alternative when specific DBeaver drivers are not available.

This process is similar across most databases that support ODBC/JDBC drivers. For a comprehensive, step-by-step guide on how to install the driver manager, set up drivers, configure data sources, and establish connections in DBeaver, you can refer to our ODBC Driver Configuration article.

Secure Connection Configurations

DBeaver supports secure connections to your AlloyDB database. Guidance on configuring such connections, specifically SSH, Proxy, Kubernetes, AWS SSM and SSL connections, can be found in various referenced articles. For a comprehensive understanding, please refer to these articles:

Powering MySQL with DBeaver

DBeaver provides a host of features designed for MySQL databases. This includes the ability to view and manage databases, along with numerous unique capabilities aimed at optimizing database operations.

MySQL database objects

DBeaver lets you view and manipulate a wide range of MySQL database objects. DBeaver has extensive support for various MySQL metadata types, allowing you to interact with a wide variety of database objects, such as:

  • Databases
    • Tables
      • Columns
      • Constraints
      • Indexes
      • Foreign Keys
      • References
      • Triggers
    • Views
    • Indexes
    • Procedures
    • Triggers
    • Events
  • Users

  • Administer

    • Session Manager

MySQL Features in DBeaver

DBeaver is not limited to typical SQL tasks. It also includes numerous unique features specifically for MySQL. Beyond regular SQL operations, DBeaver provides a range of MySQL-specific capabilities, such as:

Category Feature
Data Types MySQL Enumerations and Sets
Security MySQL User Management
Storage Engines InnoDB, MyISAM, MRG_MyISAM, Archive,
Blackhole, CSV, Memory, Performance_schema
Database Management MySQL Events
MySQL Stored Procedures

Additional features compatible with MySQL, but not exclusive to it:

Category Feature
Data Transfer Data Import
Data Export
Session Management Session Manager
Backup and Restore How to Backup/Restore data
Schema Management Schema Compare
Data Visualization GIS Guide
ERD Guide
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Database driver PostgreSQL on Google Cloud

Note: This driver is available in Lite, Enterprise, Ultimate and Team editions only.

Table of contents

Overview

Google Cloud SQL for PostgreSQL is a managed database service provided by Google Cloud, offering the robust capabilities of Google Cloud PostgreSQL with the added benefits of cloud hosting. This guide is designed to assist in the setup and management of Google Cloud SQL for PostgreSQL databases using DBeaver.

Before you can start managing your database, it’s essential to establish a connection in DBeaver. This involves selecting the

CloudSQL - PostgreSQL
option to connect to the Google Cloud SQL service. If you have not yet created a connection in DBeaver, please refer to our Creating a Connection article for guidance.

Tip: Users with Ultimate and Team editions of DBeaver can connect to their Google Cloud SQL for PostgreSQL databases using the Cloud Explorer.

Feature Highlights

DBeaver extends beyond standard SQL tasks, offering a suite of PostgreSQL-specific features. These capabilities enhance the functionality and management of Google Cloud PostgreSQL databases, catering to specific needs and advanced use cases.

  • Data Types: DBeaver supports complex data types unique to this system. This includes Arrays and various structures, enabling intricate data organization and manipulation.

  • Extensions and Security: DBeaver includes robust support for Extensions, broadening the database’s functionality. It also provides comprehensive security features, encompassing Permissions, Policies, and Roles management, ensuring thorough control over database access and operations.

  • Data Organization: For effective data handling, DBeaver supports Partitions. This feature assists in efficient data segmentation and organization, enhancing database performance and management.

  • External Data Integration: The platform also facilitates the integration of Foreign Tables. This feature enables seamless access and manipulation of external data sources, providing a more flexible and expansive data management environment.

Setting Up

This section provides an overview of DBeaver’s settings for establishing a direct connection and the configuration of secure connections using SSH, proxies, SSL, and the setup of ODBC/JDBC drivers for Google Cloud PostgreSQL.

Note: The connection process in DBeaver utilizes the standard PostgreSQL driver, tailored to interact with the Google Cloud SQL for PostgreSQL service, highlighting its cloud-based characteristics.

PostgreSQL connection settings

In this subsection, we will outline the settings for establishing a direct connection to a Google Cloud PostgreSQL database using DBeaver. Correctly configuring your connection ensures seamless interaction between DBeaver and your Google Cloud PostgreSQL database.

1) The first page of the connection settings requires you to fill in specific fields to establish the initial connection.

Field Description
Connect by (Host/URL) Choose whether you want to connect using a host or a URL.
Driver Type Select the appropriate driver for your Google Cloud PostgreSQL database.
URL If you are connecting via URL, enter the URL of your Google Cloud PostgreSQL database here. This field is hidden if you are connecting via the host.
Host/Instance For a direct connection to a Google Cloud SQL instance, use the format
project:region:instance
. Here,
project
refers to your Google Cloud project ID,
region
denotes the geographical location of your instance, and
instance
is the unique ID of your Google Cloud SQL instance.
Database Enter the name of the Google Cloud PostgreSQL database you want to connect to.
Show all databases Displays all databases in the database navigator.
Note: This option works only when the Host connection type is selected. It does not work when connecting via URL.
Authentication Choose the type of authentication you want to use for the connection. For detailed guides on authentication types, please refer to the following articles:

– Google Cloud IAM
– DBeaver Profile Authentication

You can also read about security in DBeaver PRO.
Local Client Specify the local client, see our article about local client configuration.
Connection Details Provide additional connection details if necessary.
Driver Name This field will be auto-filled based on your selected driver type.
Driver Settings If there are any specific driver settings, configure them here.

2) The second page of the connection settings offers additional options that allow you to customize your further connection to the Google Cloud PostgreSQL database.

Field Description
Show template databases Displays template databases. This option is available when Show all databases is checked.
Show databases unavailable for connection Displays databases unavailable. This option is available when Show all databases is checked.
Show databases statistics Displays statistics for databases.
Read all data types Reads all data types from the server.
Read table keys with columns Reads table keys with columns.
Show
$$
quote as 		Displays
$$
quotes as code blocks or strings.
Show
$tagName$
quote as 		Displays
$tagName$
quotes as code blocks or strings.
Use prepared statements Uses prepared statements for SQL execution.

Connection details

The Connection Details section in DBeaver allows for further customization of your Google Cloud PostgreSQL connection. This includes options for adjusting the Navigator View, setting up Security measures, applying Filters, configuring Connection Initialization settings, and setting up Shell Commands. Each of these settings can significantly impact your database operations and workflow. For detailed guides on these settings, please refer to the following articles:

Driver properties

While managing PostgreSQL databases hosted on Google Cloud with DBeaver, it’s important to understand that the underlying driver is the standard PostgreSQL JDBC and ODBC driver.

The settings for Google Cloud PostgreSQL Driver properties enable you to adjust the performance of the PostgreSQL JDBC and ODBC driver. These adjustments can influence the efficiency, compatibility, and features of your Google Cloud PostgreSQL database.

For a complete walkthrough on setting up PostgreSQL JDBC and ODBC drivers properties, you can refer to the official PostgreSQL JDBC documentation and PostgreSQL ODBC documentation. These guides detail each driver’s properties and how they can be used to optimize Google Cloud PostgreSQL database connections.

You can customize the PostgreSQL driver in DBeaver via the Edit Driver page, accessible by clicking on the Driver Settings button on the first page of the driver settings. This page offers a range of settings that can influence your Google Cloud PostgreSQL database connections. For a comprehensive guide on these settings, please refer to our Database drivers article.

ODBC and JDBC driver configuration

DBeaver provides extensive capabilities for managing Google Cloud PostgreSQL database connections via ODBC/JDBC drivers. This functionality enables you to connect to your Google Cloud PostgreSQL database using native ODBC drivers, offering an alternative when specific DBeaver drivers are not available.

You can find a comprehensive, step-by-step guide on how to install the driver manager, set up drivers, configure data sources, and establish connections in DBeaver in our ODBC Driver Configuration article.

Secure connection configurations

DBeaver supports secure connections to your Google Cloud PostgreSQL database. Guidance on configuring such connections, specifically SSH, Proxy, Kubernetes, AWS SSM and SSL connections, can be found in various referenced articles. For a comprehensive understanding, please refer to these articles:

Powering Google Cloud PostgreSQL with DBeaver

DBeaver provides a host of features designed for Google Cloud PostgreSQL databases. This includes the ability to view schemas, along with numerous unique capabilities aimed at optimizing database operations.

Google Cloud PostgreSQL database objects

DBeaver lets you view and manipulate a wide range of Google Cloud PostgreSQL database objects. DBeaver has extensive support for various PostgreSQL metadata types, allowing you to interact with a wide variety of database objects, such as:

  • Databases
    • Schemas
      • Data types
      • Tables
        • Columns
        • Constraints
        • Indexes
        • Foreign Keys
        • Dependencies
        • References
        • Partitions
        • Triggers
        • Rules
        • Policies
      • Foreign Tables
      • Views
      • Materialized Views
      • Functions
      • Sequences
      • Data types
      • Aggregate functions
    • Event Triggers
    • Extensions
    • Storage
      • Tablespaces
    • Roles

  • Administer

    • Jobs
    • Session Manager
    • Lock Manager

Google Cloud PostgreSQL additional features in DBeaver

DBeaver provides additional features compatible with Google Cloud PostgreSQL, but not exclusive to it:

Category Feature
Data Transfer Data Import
Data Export
Session Management Session Manager
Lock Management Lock Manager
Backup and Restore How to Backup/Restore data
Schema Management Schema Compare
Data Visualization GIS Guide
ERD Guide
Query Execution plan
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Database driver Netezza

Table of contents

Overview

This guide provides instructions on how to set up and use Netezza with DBeaver.

Before you can start managing your database, it’s essential to establish a connection in DBeaver. This involves selecting the

Netezza
option to connect to the Netezza database. If you have not yet created a connection in DBeaver, please refer to our Creating a Connection article for guidance.

Netezza specialty

Netezza is a high-performance data warehousing appliance that excels in delivering fast data analytics and warehousing solutions through its massively parallel processing (MPP) architecture. This system is tailored for complex analytics on large datasets, often scaling to petabytes of data. Netezza simplifies analytics by allowing operations directly on compressed data, significantly reducing the storage requirements and enhancing query performance.

The integrated architecture of Netezza, which combines database, server, and storage into a single, streamlined system, facilitates the easy management and scaling of data warehousing capabilities.

Setting Up

This section provides an overview of DBeaver’s settings for establishing a direct connection and the configuration of secure connections using SSH, proxies, Kubernetes, SSL, and the setup of ODBC/JDBC drivers for Netezza.

Netezza connection settings

In this subsection, we will outline the settings for establishing a direct connection to a Netezza database using DBeaver. Correctly configuring your connection ensures seamless interaction between DBeaver and your Netezza database.

The page of the connection settings requires you to fill in specific fields to establish the initial connection.

Field Description
Connect by (Host/URL) Choose whether you want to connect using a host or a URL.
Driver Type Select the appropriate driver for your Netezza database.
URL If you are connecting via URL, enter the URL of your Netezza database here. This field is hidden if you are connecting via the host.
Host If you are connecting via host, enter the host address of your Netezza database here.
Database/Schema Enter the name of the Netezza database/schema you want to connect to.
Port Enter the port number for your Netezza database. The default Netezza port is
5480
.
Authentication Choose the type of authentication you want to use for the connection. For detailed guides on authentication types, please refer to the following articles:

– Native Database Authentication
– DBeaver Profile Authentication


You can also read about security in DBeaver PRO.
Show all databases Displays all databases in the Database Navigator.
Note: This option works only when the Host connection type is selected. It does not work when connecting via URL.
Use Owners for table structure view Show fully qualified table names in Database Navigator with owners names instead schemas.
Connection Details Provide additional connection details if necessary.
Driver Name This field will be auto-filled based on your selected driver type.
Driver Settings If there are any specific driver settings, configure them here.

Connection details

The Connection Details section in DBeaver allows for further customization of your Netezza connection. This includes options for adjusting the Navigator View, setting up Security measures, applying Filters, configuring Connection Initialization settings, and setting up Shell Commands. Each of these settings can significantly impact your database operations and workflow. For detailed guides on these settings, please refer to the following articles:

Netezza driver properties

The settings for Netezza Driver properties enable you to adjust the performance of the Netezza JDBC and ODBC driver. These adjustments can influence the efficiency, compatibility, and features of your Netezza database.

For a complete walkthrough on setting up Netezza JDBC and ODBC drivers properties, you can refer to the official Netezza JDBC documentation. These guides detail each driver’s properties and how they can be used to optimize Netezza database connections.

You can customize the Netezza driver in DBeaver via the Edit Driver page, accessible by clicking on the Driver Settings button on the first page of the driver settings. This page offers a range of settings that can influence your Netezza database connections. For a comprehensive guide on these settings, please refer to our Database drivers article.

ODBC and JDBC driver configuration

DBeaver provides extensive capabilities for managing Netezza database connections via ODBC/JDBC drivers. This functionality enables you to connect to your Netezza database using native ODBC drivers, offering an alternative when specific DBeaver drivers are not available.

You can find a comprehensive, step-by-step guide on how to install the driver manager, set up drivers, configure data sources, and establish connections in DBeaver in our ODBC Driver Configuration article.

Secure Connection Configurations

DBeaver supports secure connections to your Netezza database. Guidance on configuring such connections, specifically SSH, Proxy, Kubernetes and AWS SSM connections, can be found in various referenced articles. For a comprehensive understanding, please refer to these articles:

Powering Netezza with DBeaver

DBeaver provides a host of features designed for Netezza databases. This includes the ability to view schemas, along with numerous unique capabilities aimed at optimizing database operations.

Netezza database objects

DBeaver lets you view and manipulate a wide range of Netezza database objects. DBeaver has extensive support for various Netezza metadata types, allowing you to interact with a wide variety of database objects, such as:

  • Databases
    • Schemas
      • Tables
        • Unique Keys
        • Primary Keys
        • Foreign Keys
      • Views
      • Procedures
      • Sequences
      • Synonyms
  • Users

  • Data types

Netezza features in DBeaver

DBeaver is not limited to typical SQL tasks. It also includes numerous additional features compatible with Netezza, but not exclusive to it:

Category Feature
Data Transfer Data Import
Data Export
Session Management Session Manager
Schema Management Schema Compare
Data Visualization ERD Guide
Query Execution plan
Data Generation Mock Data Generation
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Database driver Neptune

Note: This feature is available in Lite, Enterprise, Ultimate and Team editions only.

Table of contents

Overview

This documentation outlines the process of configuring and using AWS Neptune with DBeaver.

To manage databases using AWS Neptune in DBeaver, establishing a connection is essential. This is done by selecting the

Neptune
option in the database connection settings of DBeaver. For those new to this process, our Creating a Connection article provides detailed guidance.

Tip: Users with Ultimate and Team editions of DBeaver can connect to their AWS Neptune databases using the Cloud Explorer.

Neptune specialty

AWS Neptune, as a graph database service, is specialized for use cases involving highly connected data, such as social networks, recommendation engines, fraud detection, and knowledge graphs. Unlike traditional relational databases, Neptune is optimized for storing and querying graph data models, including property graphs and RDF (Resource Description Framework) data. For more detailed information, refer to the AWS Neptune database documentation.

Important: In DBeaver, AWS Neptune is read-only.

For a detailed overview of the supported features and capabilities of AWS Neptune within DBeaver, please see the section on Powering Neptune with DBeaver.

Setting up

This section provides an overview of DBeaver’s settings for establishing a direct connection and the configuration of secure connections using SSH, Proxies, AWS SSM and Kubernetes.

Neptune connection settings

In this subsection, we will outline the settings for establishing a direct connection to a Neptune database using DBeaver. Correctly configuring your connection ensures seamless interaction between DBeaver and your Neptune database.

The page of the connection settings requires you to fill in specific fields to establish the initial connection.

Field Description
Host name Enter the address of your AWS Neptune database here.
Port Enter the port number for your Neptune database. The default Neptune port is
8192
.
Authentication Choose the type of authentication you want to use for the connection. For detailed guides on authentication types, please refer to the following articles:

– AWS Neptune IAM
– DBeaver Profile

You can also read about security in DBeaver PRO.
Connection Details Provide additional connection details if necessary.
Driver Name This field will be auto-filled based on your selected driver type.
Driver Settings If there are any specific driver settings, configure them here. For detailed guide on driver properties please refer to the official AWS Neptune documentation.

Connection details

The Connection Details section in DBeaver allows for further customization of your Neptune connection. This includes options for adjusting the Navigator View, setting up Security measures, applying Filters, configuring Connection Initialization settings, and setting up Shell Commands. Each of these settings can significantly impact your database operations and workflow. For detailed guides on these settings, please refer to the following articles:

Secure connection configurations

DBeaver supports secure connections to your Neptune database. Guidance on configuring such connections, specifically SSH, Proxy, Kubernetes and AWS SSM connections, can be found in various referenced articles. For a comprehensive understanding, please refer to these articles:

Powering Neptune with DBeaver

DBeaver provides a host of features designed for Neptune databases. This includes the ability to view schemas, along with numerous unique capabilities aimed at optimizing database operations.

Neptune database objects

DBeaver lets you view a range of Neptune database objects, such as:

  • Schemas

    • Tables
      • Columns

Neptune additional features in DBeaver

DBeaver provides additional features compatible with Neptune, but not exclusive to it:

Category Feature
Data Transfer Data Export
Schema Management Schema Compare
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Database driver Microsoft SQL Server on Google Cloud

Note: This driver is available in Lite, Enterprise, Ultimate and Team editions only.

Table of contents

Overview

Google Cloud SQL for SQL Server is a managed database service provided by Google Cloud, offering the robust capabilities of Google Cloud SQL Server with the added benefits of cloud hosting. This guide is designed to assist in the setup and management of Google Cloud SQL for SQL Server databases using DBeaver.

Before you can start managing your database, it’s essential to establish a connection in DBeaver. This involves selecting the

CloudSQL - SQL Server
option to connect to the Google Cloud SQL service. If you have not yet created a connection in DBeaver, please refer to our Creating a Connection article for guidance.

Tip: Users with Ultimate and Team editions of DBeaver can connect to their Google Cloud SQL for SQL Server databases using the Cloud Explorer.

Feature Highlights

DBeaver extends beyond standard SQL tasks, offering a suite of SQL Server-specific features. These capabilities enhance the functionality and management of Google Cloud SQL Server databases, catering to specific needs and advanced use cases.

  • Data Structure: DBeaver provides extensive support for SQL Server’s data structures, ensuring comprehensive management and interaction capabilities. This includes:

    • SQL Server Tables & Views: Facilitating advanced data representation and querying capabilities.
    • SQL Server Procedures: Supporting the creation, modification, and management of stored procedures for efficient data handling.
    • SQL Server Sequences: Enabling the creation and management of sequences for generating unique numbers.
    • SQL Server Synonyms: Offering the ability to use synonyms for database objects, simplifying SQL queries and enhancing data accessibility.
    • SQL Server External Tables: Supporting the integration of external data sources, allowing for extended data management beyond traditional database boundaries.

  • Job Management: DBeaver extends its functionalities to job management in SQL Server databases. This includes support for Agent Jobs, empowering users to schedule and automate various tasks, enhancing the efficiency of database operations and maintenance.

Setting Up

This section provides an overview of DBeaver’s settings for establishing a direct connection and the configuration of secure connections using SSH, proxies, SSL, and the setup of ODBC/JDBC drivers for Google Cloud SQL Server.

Note: The connection process in DBeaver utilizes the standard SQL Server driver, tailored to interact with the Google Cloud SQL for SQL Server service, highlighting its cloud-based characteristics.

Google Cloud SQL Server connection settings

In this subsection, we will outline the settings for establishing a direct connection to a Google Cloud SQL Server database using DBeaver.

The page of the connection settings requires you to fill in specific fields to establish the initial connection.

Field Description
Connect by (Host/URL) Choose whether you want to connect using a host or a URL.
Driver Type Select the appropriate driver for your Google Cloud SQL Server database.
URL If you are connecting via URL, enter the URL of your Google Cloud SQL Server database here. This field is hidden if you are connecting via the host.
Host/Instance For a direct connection to a Google Cloud SQL instance, use the format
project:region:instance
. Here,
project
refers to your Google Cloud project ID,
region
denotes the geographical location of your instance, and
instance
is the unique ID of your Google Cloud SQL instance.
Database/Schema Enter the name of the Google Cloud SQL Server database you want to connect to.
Authentication Choose the type of authentication you want to use for the connection. For detailed guides on authentication types, please refer to the following articles:

– Google Cloud IAM
– DBeaver Profile Authentication

You can also read about security in DBeaver PRO.
Show All Schemas Shows all database schemas. If disabled shows only non-empty schemas.
Trust Server Certificate If
true
, the Google Cloud SQL Server SSL certificate is automatically trusted when the communication layer is encrypted using SSL. If
false
, the Microsoft JDBC Driver for SQL Server validates the server SSL certificate. If the server certificate validation fails, the driver raises an error and terminates the connection. To configure certificate settings in DBeaver, refer to our detailed article on Truststore.
Connection Details Provide additional connection details if necessary.
Driver Name This field will be auto-filled based on your selected driver type.
Driver Settings If there are any specific driver settings, configure them here.

Connection details

The Connection Details section in DBeaver allows you to customize your experience while working with Google Cloud SQL Server database. This includes options for adjusting the Navigator View, setting up Security measures, applying Filters, configuring Connection Initialization settings, and setting up Shell Commands. Each of these settings can significantly impact your database operations and workflow. For detailed guides on these settings, please refer to the following articles:

Driver properties

While managing Google Cloud SQL Server databases hosted on Google Cloud with DBeaver, it’s important to understand that the underlying driver is the standard SQL Server JDBC and ODBC driver.

The settings for Google Cloud SQL Server Driver properties enable you to adjust the performance of the SQL Server JDBC and ODBC driver. These adjustments can influence the efficiency, compatibility, and features of your Google Cloud SQL Server database.

For a complete walkthrough on setting up SQL Server JDBC and ODBC drivers properties, you can refer to the official SQL Server JDBC documentation and SQL Server ODBC documentation. These guides detail each driver’s properties and how they can be used to optimize Google Cloud SQL Server database connections.

You can customize the SQL Server driver in DBeaver via the Edit Driver window, accessible by clicking on the Driver Settings button on the first page of the driver settings. This window offers a range of settings that can influence your Google Cloud SQL Server database connections. For a comprehensive guide on these settings, please refer to our Database drivers article.

ODBC and JDBC Driver Configuration

DBeaver provides extensive capabilities for managing Google Cloud SQL Server database connections via ODBC/JDBC drivers. This functionality enables you to connect to your Google Cloud SQL Server database using native ODBC drivers, offering an alternative when specific DBeaver drivers are not available.

You can find a comprehensive, step-by-step guide on how to install the driver manager, set up drivers, configure data sources, and establish connections in DBeaver in our ODBC Driver Configuration article.

Secure Connection Configurations

DBeaver supports secure connections to your Google Cloud SQL Server database. Guidance on configuring such connections, specifically SSH, Proxy, Kubernetes, AWS SSM and SSL connections, can be found in various referenced articles. For a comprehensive understanding, please refer to these articles:

Powering Google Cloud SQL Server with DBeaver

DBeaver provides a host of features designed for Google Cloud SQL Server databases. This includes the ability to view schemas, along with numerous unique capabilities aimed at optimizing database operations.

Google Cloud SQL Server database objects

DBeaver lets you view and manipulate a wide range of Google Cloud SQL Server database objects. DBeaver has extensive support for various SQL Server metadata types, allowing you to interact with a wide variety of database objects, such as:

  • Databases
    • Schemas
      • Tables
      • External Tables
      • Views
        • Columns
        • Triggers
        • External Properties
      • Indexes
      • Procedures
      • Sequences
      • Synonyms
      • Triggers
      • Data Types
    • Database triggers
  • Security
    • Logins
  • Administer
    • Sessions

  • Agent

    • Jobs

Google Cloud SQL Server additional features in DBeaver

DBeaver provides additional features compatible with Google Cloud SQL Server, but not exclusive to it:

Category Feature
Data Transfer Data Import
Data Export
Session Management Session Manager
Schema Management Schema Compare
Data Visualization GIS Guide
ERD Guide
Query Execution plan
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