Dbeaver Python

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About DBeaver DBeaver is a universal database management tool for everyone who needs to work with data in a professional way. With DBeaver you are able to manipulate with your data like in a regular spreadsheet, create analytical reports based on records from different data storages, export information in an appropriate format.

  1. Dbeaver Python Tutorial
  2. Dbeaver Python

Update: August 12, 2018

Using a database in Python relies on being able to write database queries in SQL. In fact, a good way to test your Python scripts is to first test the SQL commands in a third-party program such as DBeaver. A good place you can currently live practice these skills is SQLZOO. In this tutorial i have described the process to connect DBeaver Sql Client With Derby DataBase.#DBeaverSQLClient. Create a folder to be used as your CSV Database. Mkdir /desktop/csvs. Place the CSV you want to. MacOS DMG – just run it and drag-n-drop DBeaver into Applications. Debian package – run sudo dpkg -i dbeaver.deb. Then execute 'dbeaver &'. RPM package – run sudo rpm.

The following post demonstrates how to import CSVs using Dbeaver's database to database export & import feature. If you are certain of the quality of your CSV & just want to import it quickly my subsequent post may be more useful.

0) Install DBeaver

You can find installation instructions here

1) Create a folder to be used as your CSV Database

mkdir ~/desktop/csvs

Dbeaver

Place the CSV you want to load into this folder

2) Create a CSV database connection

In the menu bar select Database > Create a New Connection & from the list of drivers select Flat files(CSV) > CSV/DBF

Dbeaver Python Tutorial

Dbeaver

Set the path of the connection to the folder you created earlier (the JDBC URL will auto-populate)

Note: If you run into trouble downloading the driver navigate to the source website and download the driver manually

Dbeaver Python

3) Connect to your target database

3.1) Navigate through your target database & schema and right click on your target table and select import table data

3.2) Next select your source CSV from your CSV connection as the source container

Note: In this example case I'm loading a test CSV into a Postgres database but this functionality works with any connection that DBeaver supports (which is basically everything)

4) Ensure that the mappings of each of your columns is correct

  • For column names that are an exact match DBeaver will automatically map them for you
  • For the remaining columns make sure to map the source columns to your desired target columns
Tutorial

Place the CSV you want to load into this folder

2) Create a CSV database connection

In the menu bar select Database > Create a New Connection & from the list of drivers select Flat files(CSV) > CSV/DBF

Dbeaver Python Tutorial

Set the path of the connection to the folder you created earlier (the JDBC URL will auto-populate)

Note: If you run into trouble downloading the driver navigate to the source website and download the driver manually

3) Connect to your target database

3.1) Navigate through your target database & schema and right click on your target table and select import table data

3.2) Next select your source CSV from your CSV connection as the source container

Note: In this example case I'm loading a test CSV into a Postgres database but this functionality works with any connection that DBeaver supports (which is basically everything)

4) Ensure that the mappings of each of your columns is correct

  • For column names that are an exact match DBeaver will automatically map them for you
  • For the remaining columns make sure to map the source columns to your desired target columns

5) Complete the wizard and watch DBeaver import your data

Note: For large files it may be necessary to go get lunch but in my case 4 records doesn't take long to import :)

6) Check to make sure that the data has loaded correctly

Dbeaver Python

As a last optional step it is good practice to make sure that everything loaded correctly which can easily be done by running a query against your target DB

7) Final Notes & Thoughts

  • While this process takes a little bit more time to get setup than other tools setting up the CSV connection only needs to be done once
    • One side benefit of this as well is that you are now able to run SQL queries against CSVs very easily
  • The only real pain point that I have run across is that if you add a new CSV file or add/delete columns in an active CSV connection you have to cancel the import wizard & refresh the CSV connection for the changes to be picked up
    • this feedback was provided in issue 926 and hopefully it will be resolved in a future update

Related

  • Dark theme support was improved (Windows 10 and GTk)
  • Data viewer:
    • Copy As: format configuration editor was added
    • Extra configuration for filter dialog (performance)
    • Sort by column as fixed (for small fetch sizes)
    • Case-insensitive filters support was added
    • Plaintext view now support top/bottom dividers
    • Data editor was fixed (when column name conflicts with alias name)
    • Duplicate row(s) command was fixed for multiple selected rows
    • Edit sub-menu was returned to the context menu
    • Columns auto-size configuration was added
    • Dictionary viewer was fixed (for read-only connections)
    • Current/selected row highlighting support was added (configurable)
  • Metadata search now supports search in comments
  • GIS/Spatial:
    • Map position preserve after tiles change
    • Support of geometries with Z and M coordinates was added
    • Postgis: DDL for 3D geometry columns was fixed
    • Presto + MySQL geometry type support was added
    • BigQuery now supports spatial data viewer
    • Binary geo json support was improved
    • Geometry export was fixed (SRID parameter)
    • Tiles definition editor was fixed (multi-line definitions + formatting)
  • SQL editor:
    • Auto-completion for objects names with spaces inside was fixed
    • Database objects hyperlinks rendering was fixed
  • SQL Server: MFA (multi-factor authentication) support was added
  • PostgreSQL: array data types read was fixed
  • Oracle: indexes were added to table DDL
  • Vertica: LIMIT clause support was improved
  • Athena: extra AWS regions added to connection dialog
  • Sybase IQ: server version detection was improved
  • SAP ASE: user function loading was fixed
  • Informix: cross-database metadata read was fixed
  • We migrated to Eclipse 2021-03 platform




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