This is a Java application for exporting data from a MySQL database to various formats (e.g., HTML, XML, etc.). The application uses Swing for the graphical user interface and supports a plug-and-play architecture for adding new export formats without changing existing code.
This is a Java application for exporting data from a MySQL database table to various formats (e.g., HTML, XML, etc.). The application uses Swing for the graphical user interface and supports a plug-and-play architecture with configuration-less addition of new export formats without changing existing code.
v0
:(uses an XML config file for adding new export formats)
\v1
:(Configurationless addition of new export formats)
\Base App
: v1 + new export format name annotations (@ExportType)
*Note: if you want to use the mave-wrapper, append w to the mvn commands, ex: mvvnw clean
Clone the repository:
git clone https://github.com/aamitn/DbExporter.git cd DbExporter
Compile the code:
mvn clean install
Run using jar:
java -jar target/DbExporter.jar
OR
mvn compile exec:java
Launch the application using the steps mentioned in the Getting Started section.
Connect to your MySQL database by entering the database name, username, and password.
Click "Show Tables" to display the available tables.
Select a table from the list.
Choose an export format from the dropdown menu.
Click "Export Table" to export the selected table to the chosen format.
Example Factory Class Usage:
ExporterFactory exportFactory = new ExporterFactory(connection); Exportable exporter = exportFactory.getExporter("xml"); exporter.export("your_table_name", "output.xml");
The application employs a plugin architecture, allowing you to add new export formats without modifying existing code or addintional config. To add a new export format, simply create a new class implementing the Exportable interface and place it in the org.nmpl.exporters package.
Example for creating a new export format:
package org.nmpl.exporters; import org.nmpl.Exportable; public class NewFormatExporter implements Exportable { // Implement the export method as per your requirements }
You can give the name of the export format using annotaions like this:
package org.nmpl.exporters; import org.nmpl.ExportType; import org.nmpl.Exportable; @ExportType("Export_Type_Name") public class NewFormatExporter implements Exportable { // Implement the export method as per your requirements }
No changes to the existing code are needed. The new class is automatically recognized and integrated into the application at runtime.
The application is designed for configurationless operation due to its internal usage of Reflection and class loader libraries.
Go to the V0 directory and run the App.java inside it
The config.xml file, located in the resources directory, maps export formats to their corresponding Java class names. This enables the application to dynamically recognize and utilize new exporters without explicit configuration.
Example config.xml:
<exporters> <exporter> <type>html</type> <class>org.nmpl.exporters.HTMLExporter</class> </exporter> <exporter> <type>xml</type> <class>org.nmpl.exporters.XMLExporter</class> </exporter> <exporter> <type>newformat</type> <class>org.nmpl.exporters.NewFormatExporter</class> </exporter> <!-- Add more exporter configurations as needed --> </exporters>
Create a new branch (git checkout -b feature/new-feature)
Make your changes and commit them (git commit -am 'Add new feature')
Push to the branch (git push origin feature/new-feature)
Open a pull request
This project is licensed under the MIT License - see the LICENSE file for details.