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docs/en/10-third-party/05-bi/11-superset.md

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+---
+sidebar_label: SuperSet
+title: 与 SuperSet 的集成
+toc_max_heading_level: 4
+---
+Apache Superset is a modern enterprise level business intelligence (BI) web application primarily used for data exploration and visualization.
+It is supported by the Apache Software Foundation and is an open source project with an active community and rich ecosystem.
+Apache Superset provides an intuitive user interface that makes creating, sharing, and visualizing data simple, while supporting multiple data sources and rich visualization options.
+
+Through the Python connector of TDengine, Superset can support TDengine data sources and provide functions such as data presentation and analysis
+
+## Install Apache Superset
+Ensure that Apache SuperSet v2.1.0 or above is installed. If not, please visit [official website]（https://superset.apache.org/）to install
+
+
+## Install TDengine
+Both TDengine Enterprise Edition and Community Edition are supported, with version requirements of 3.0 or higher
+
+## Install TDengine Python Connector
+The Python connector of TDengine comes with a connection driver that supports SuperSet in versions 2.1.17 and later, which will be automatically installed in the SuperSet directory and provide data source services
+The connection uses the WebSocket protocol, so it is necessary to install the taos ws py component of TDengine separately. The complete installation script is as follows:
+```bash
+pip3 install taospy
+pip3 install taos-ws-py
+```
+
+## Configure TDengine Connection In SuperSet
+Step 1, enter the new database connection page  
+SuperSet -> Setting-> Database Connections -> +DATABASE   
+Step 2, select TDengine database connection  
+Select the "TDengine" option from the drop-down list of Supported DATABASES. If there is no TDengine option in the drop-down list, please confirm that the steps of installing SuperSet first and then installing the Python connector are correct  
+Step 3, give the connection a name in the PLAY NAME and fill it in freely  
+Step 4: The SQLALCHEMY URL * field is a key connection information string, and it must be filled in correctly  
+```bash
+    Connection string format： taosws://user:password@host:port
+```
+| Parameter  | Parameter Description |
+|:-------:|:---------:|
+|user: | Username for logging into TDengine database
+|password: | Password for logging into TDengine database
+|host: | Name of the host where the TDengine database is located
+|port: | The port that provides WebSocket services, default is 6041
+         
+
+Example:
+The TDengine database installed on this machine provides WebSocket service port 6041, using the default username and password, and the connection string is:  
+```bash
+taosws://root:taosdata@localhost:6041  
+```
+Step 5, configure the connection string, click "TEST CONNECTION" to test if the connection can be successful. After passing the test, click the CONNECT button to complete the connection
+       
+
+## Start
+There is no difference in the use of TDengine data source compared to other data sources. Here is a brief introduction to basic data queries:  
+1. Click the "+" button in the upper right corner of the SuperSet interface, select SQL query, and enter the query interface  
+2. Select the TDengine data source that has been created earlier from the dropdown list in the upper left corner  
+3. Select the name of the database to be operated on from the drop-down list of schema (system libraries are not displayed)  
+4. SEE TABLE Schematic: Select the name of the super table or regular table to be operated on (sub tables are not displayed)  
+5. Subsequently, the schema information of the selected table will be displayed in the following area  
+6. In the SQL editor area, any SQL statement that conforms to TDengine syntax can be entered for execution  
+
+## Example
+We have selected two templates from the SuperSet Chart template that are more procedural to demonstrate their effectiveness, using smart meter data as an example:  
+
+The first type is Aggregate, which displays the maximum voltage value collected per minute during the specified time period in Group 4  
+
+![superset-demo1](./superset-demo1.jpeg)  
+
+The second type is RAW RECORDS, which displays the collected values of current and voltage during the specified time period in Group 4  
+
+![superset-demo2](./superset-demo2.jpeg)