title | summary |
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Connect to TiDB with Visual Studio Code |
Learn how to connect to TiDB using Visual Studio Code or GitHub Codespaces. |
TiDB is a MySQL-compatible database, and Visual Studio Code (VS Code) is a lightweight but powerful source code editor. This tutorial uses the SQLTools extension which supports TiDB as an official driver.
In this tutorial, you can learn how to connect to your TiDB cluster using Visual Studio Code.
Note:
- This tutorial is compatible with TiDB Cloud Serverless, TiDB Cloud Dedicated, and TiDB Self-Managed.
- This tutorial also works with Visual Studio Code Remote Development environments, such as GitHub Codespaces, Visual Studio Code Dev Containers, and Visual Studio Code WSL.
To complete this tutorial, you need:
- Visual Studio Code 1.72.0 or later versions.
- SQLTools MySQL/MariaDB/TiDB extension for Visual Studio Code. To install it, you can use one of the following methods:
- Click this link to launch VS Code and install the extension directly.
- Navigate to VS Code Marketplace and click Install.
- On the Extensions tab of your VS Code, search for
mtxr.sqltools-driver-mysql
to get the SQLTools MySQL/MariaDB/TiDB extension, and then click Install.
- A TiDB cluster.
If you don't have a TiDB cluster, you can create one as follows:
- (Recommended) Follow Creating a TiDB Cloud Serverless cluster to create your own TiDB Cloud cluster.
- Follow Deploy a local test TiDB cluster or Deploy a production TiDB cluster to create a local cluster.
If you don't have a TiDB cluster, you can create one as follows:
- (Recommended) Follow Creating a TiDB Cloud Serverless cluster to create your own TiDB Cloud cluster.
- Follow Deploy a local test TiDB cluster or Deploy a production TiDB cluster to create a local cluster.
Connect to your TiDB cluster depending on the TiDB deployment option you have selected.
-
Navigate to the Clusters page, and then click the name of your target cluster to go to its overview page.
-
Click Connect in the upper-right corner. A connection dialog is displayed.
-
Ensure the configurations in the connection dialog match your operating environment.
- Connection Type is set to
Public
. - Branch is set to
main
. - Connect With is set to
VS Code
. - Operating System matches your environment.
Tip:
If your VS Code is running on a remote development environment, select the remote operating system from the list. For example, if you are using Windows Subsystem for Linux (WSL), switch to the corresponding Linux distribution. This is not necessary if you are using GitHub Codespaces.
- Connection Type is set to
-
Click Generate Password to create a random password.
Tip:
If you have created a password before, you can either use the original password or click Reset Password to generate a new one.
-
Launch VS Code and select the SQLTools extension on the navigation pane. Under the CONNECTIONS section, click Add New Connection and select TiDB as the database driver.
-
In the setting pane, configure the following connection parameters:
-
Connection name: give this connection a meaningful name.
-
Connection group: (optional) give this group of connections a meaningful name. Connections with the same group name will be grouped together.
-
Connect using: select Server and Port.
-
Server Address: enter the
HOST
parameter from the TiDB Cloud connection dialog. -
Port: enter the
PORT
parameter from the TiDB Cloud connection dialog. -
Database: enter the database that you want to connect to.
-
Username: enter the
USERNAME
parameter from the TiDB Cloud connection dialog. -
Password mode: select SQLTools Driver Credentials.
-
In the MySQL driver specific options area, configure the following parameters:
-
Authentication Protocol: select default.
-
SSL: select Enabled. TiDB Cloud Serverless requires a secure connection. In the SSL Options (node.TLSSocket) area, configure the Certificate Authority (CA) Certificate File field as the
CA
parameter from the TiDB Cloud connection dialog.Note:
If you are running on Windows or GitHub Codespaces, you can leave SSL blank. By default SQLTools trusts well-known CAs curated by Let's Encrypt. For more information, see TiDB Cloud Serverless root certificate management.
-
-
-
Click TEST CONNECTION to validate the connection to the TiDB Cloud Serverless cluster.
-
If the connection test is successful, you can see the Successfully connected! message. Click SAVE CONNECTION to save the connection configuration.
-
Navigate to the Clusters page, and then click the name of your target cluster to go to its overview page.
-
Click Connect in the upper-right corner. A connection dialog is displayed.
-
In the connection dialog, select Public from the Connection Type drop-down list, and then click CA cert to download the CA certificate.
If you have not configured the IP access list, click Configure IP Access List or follow the steps in Configure an IP Access List to configure it before your first connection.
In addition to the Public connection type, TiDB Dedicated supports Private Endpoint and VPC Peering connection types. For more information, see Connect to Your TiDB Dedicated Cluster.
-
Launch VS Code and select the SQLTools extension on the navigation pane. Under the CONNECTIONS section, click Add New Connection and select TiDB as the database driver.
-
In the setting pane, configure the following connection parameters:
-
Connection name: give this connection a meaningful name.
-
Connection group: (optional) give this group of connections a meaningful name. Connections with the same group name will be grouped together.
-
Connect using: select Server and Port.
-
Server Address: enter the
host
parameter from the TiDB Cloud connection dialog. -
Port: enter the
port
parameter from the TiDB Cloud connection dialog. -
Database: enter the database that you want to connect to.
-
Username: enter the
user
parameter from the TiDB Cloud connection dialog. -
Password mode: select SQLTools Driver Credentials.
-
In the MySQL driver specific options area, configure the following parameters:
- Authentication Protocol: select default.
- SSL: select Disabled.
-
-
Click TEST CONNECTION to validate the connection to the TiDB Cloud Dedicated cluster.
- In the pop-up window, click Allow.
- In the SQLTools Driver Credentials dialog, enter the password of the TiDB Cloud Dedicated cluster.
-
If the connection test is successful, you can see the Successfully connected! message. Click SAVE CONNECTION to save the connection configuration.
-
Launch VS Code and select the SQLTools extension on the navigation pane. Under the CONNECTIONS section, click Add New Connection and select TiDB as the database driver.
-
In the setting pane, configure the following connection parameters:
-
Connection name: give this connection a meaningful name.
-
Connection group: (optional) give this group of connections a meaningful name. Connections with the same group name will be grouped together.
-
Connect using: select Server and Port.
-
Server Address: enter the IP address or domain name of your TiDB Self-Managed cluster.
-
Port: enter the port number of your TiDB Self-Managed cluster.
-
Database: enter the database that you want to connect to.
-
Username: enter the username to use to connect to your TiDB Self-Managed cluster.
-
Password mode:
- If the password is empty, select Use empty password.
- Otherwise, select SQLTools Driver Credentials.
-
In the MySQL driver specific options area, configure the following parameters:
- Authentication Protocol: select default.
- SSL: select Disabled.
-
-
Click TEST CONNECTION to validate the connection to the TiDB Self-Managed cluster.
If the password is not empty, click Allow in the pop-up window, and then enter the password of the TiDB Self-Managed cluster.
-
If the connection test is successful, you can see the Successfully connected! message. Click SAVE CONNECTION to save the connection configuration.
- Learn more usage of Visual Studio Code from the documentation of Visual Studio Code.
- Learn more usage of VS Code SQLTools extension from the documentation and GitHub repository of SQLTools.
- Learn the best practices for TiDB application development with the chapters in the Developer guide, such as Insert data, Update data, Delete data, Single table reading, Transactions, and SQL performance optimization.
- Learn through the professional TiDB developer courses and earn TiDB certifications after passing the exam.
Ask questions on TiDB Community, or create a support ticket.
Ask questions on TiDB Community, or create a support ticket.